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Why Does Self-Reported Emotional Intelligence Predict Job Performance?A Meta-Analytic Investigation of Mixed EI
Dana L. JosephUniversity of Central Florida
Jing Jin and Daniel A. NewmanUniversity of Illinois at Urbana-Champaign
Ernest H. O’BoyleThe University of Iowa
Recent empirical reviews have claimed a surprisingly strong relationship between job performance andself-reported emotional intelligence (also commonly called trait EI or mixed EI), suggesting self-reported/mixed EI is one of the best known predictors of job performance (e.g., �̂ � .47; Joseph &Newman, 2010b). Results further suggest mixed EI can robustly predict job performance beyondcognitive ability and Big Five personality traits (Joseph & Newman, 2010b; O’Boyle, Humphrey,Pollack, Hawver, & Story, 2011). These criterion-related validity results are problematic, given thepaucity of evidence and the questionable construct validity of mixed EI measures themselves. In thecurrent research, we update and reevaluate existing evidence for mixed EI, in light of prior workregarding the content of mixed EI measures. Results of the current meta-analysis demonstrate that (a) thecontent of mixed EI measures strongly overlaps with a set of well-known psychological constructs (i.e.,ability EI, self-efficacy, and self-rated performance, in addition to Conscientiousness, Emotional Stabil-ity, Extraversion, and general mental ability; multiple R � .79), (b) an updated estimate of themeta-analytic correlation between mixed EI and supervisor-rated job performance is �̂ � .29, and (c) themixed EI–job performance relationship becomes nil (� � –.02) after controlling for the set of covariateslisted above. Findings help to establish the construct validity of mixed EI measures and further supportan intuitive theoretical explanation for the uncommonly high association between mixed EI and jobperformance—mixed EI instruments assess a combination of ability EI and self-perceptions, in additionto personality and cognitive ability.
Keywords: emotional intelligence, job performance, heterogeneous domain sampling, personality,self-efficacy
Propelled by the New York Times bestseller of Daniel Goleman(1995), the concept of emotional intelligence (EI) has gained agreat amount of public popularity and business attention in the pasttwo decades; EI is currently considered a widely accepted practi-tioner tool for hiring, training, leadership development, and teambuilding by the business community. As evidence of this, Gole-man’s (1995) book has been touted as one of the 25 most influ-ential business management books of all time by Time magazine(Sachs, 2011), and Goleman’s (1998) article published in HarvardBusiness Review has become the most requested reprint from thisjournal in the last four decades (Sardo, 2004). Beyond the popu-
larity of Goleman’s work, a search of consulting firm websitesindicates more than 150 consulting firms offer EI-related productsand services (including two of the largest industrial/organizationalpsychology consulting firms, Development Dimensions Interna-tional and Personnel Decisions International). Indeed, EI serviceshave become a multimillion-dollar consulting industry (Grewal &Salovey, 2005), with some estimates suggesting that 75% of For-tune 500 companies have adopted EI-related products and services(Bradberry & Greaves, 2009). Despite the commercial expansionof the concept, some scholars from the organizational scienceshave been skeptical about it, given the lack of consensus withregard to its definition, measurement, and validity (Landy, 2005;Murphy, 2006).
For instance, one definitional ambiguity stems from the “emo-tional intelligence” label having been historically applied to two,relatively distinct theoretical constructs. The first sort of EI con-struct has been defined as “the ability to carry out accurate rea-soning about emotions and the ability to use emotions and emo-tional knowledge to enhance thought” (Mayer, Roberts, &Barsade, 2008, p. 511), which emphasizes EI as an actual ability,or facet of intelligence (Daus & Ashkanasy, 2005; MacCann,Joseph, Newman, & Roberts, 2014). The second definition of EIuses the EI label as an umbrella term that encompasses a constel-lation of personality traits, affect, and self-perceived abilities,
This article was published Online First September 22, 2014.Dana L. Joseph, Department of Psychology, University of Central Florida;
Jing Jin, Department of Psychology, University of Illinois at Urbana-Champaign; Daniel A. Newman, Department of Psychology and School ofLabor and Employment Relations, University of Illinois at Urbana-Cham-paign; Ernest H. O’Boyle, Tippie College of Business, The University of Iowa.
Jing Jin is now at Development Dimensions International, Pittsburgh,Pennsylvania.
Correspondence concerning this article should be addressed to Dana L.Joseph, Department of Psychology, University of Central Florida, 4000 Cen-tral Florida Boulevard, Orlando, FL 32816. E-mail: [email protected]
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Journal of Applied Psychology © 2014 American Psychological Association2015, Vol. 100, No. 2, 298–342 0021-9010/15/$12.00 http://dx.doi.org/10.1037/a0037681
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rather than actual aptitude (Bar-On, 1997; Goleman, 1995;Petrides & Furnham, 2001). These two definitions have come to becalled ability EI and mixed EI, respectively. Meta-analytic resultshave demonstrated that mixed EI measures and ability EI measuresintercorrelate only moderately (�̂ � .26, Joseph & Newman,2010b; �̂ � .14, van Rooy, Viswesvaran, & Pluta, 2005), and theyexhibit distinctive patterns of relationships with job performance.For example, Joseph and Newman (2010b) found that mixed EImeasures exhibited a strong criterion-related validity coefficient of�̂ � .47, whereas ability EI measures exhibited markedly lowervalidity for predicting job performance (�̂ � .18). Results of recentmeta-analyses further suggest that mixed EI measures can robustlypredict job performance beyond cognitive ability and Big Fivepersonality traits (�R2 � .142 � 14%; Joseph & Newman, 2010b;�R2 � .068 � 7%; O’Boyle, Humphrey, Pollack, Hawver, &Story, 2011), whereas ability EI measures exhibit near-zero incre-mental validity (�R2 � .002 � 0.2%; Joseph & Newman, 2010b;�R2 � .004 � 0.4%; O’Boyle et al., 2011). Joseph and Newman(2010b) described this combination of results as “an ugly state ofaffairs” (p. 72) because many have considered ability EI (i.e., theweaker predictor of job performance) to be based upon a strongertheoretical model (Daus & Ashkanasy, 2005; Matthews, Roberts,& Zeidner, 2004; Matthews, Zeidner, & Roberts, 2002; Murphy,2006), whereas mixed EI (i.e., the stronger predictor of job per-formance) has been at the center of controversy due to theoreticalunderdevelopment (Murphy, 2006). The lack of theoretical con-sensus surrounding what mixed EI is, combined with its superiorpredictive power, has created a paradox that we believe deservesadditional clarification. Thus, in responding to previous calls for atheoretical understanding of the substantive content of mixed EI(Joseph & Newman, 2010b; Locke, 2005), we sought in the currentstudy to answer two questions: “What do mixed EI instrumentsmeasure?” and “Why are mixed EI instruments related to jobperformance?”
In the current article, we thus propose to make two contributionsto the study of mixed EI and job performance. First, we shed lightinto the black box of mixed EI construct validity, to meta-analytically test past conceptualizations of what content mixed EIinstruments actually measure. Second, in an attempt to explain whymixed EI is so strongly related to job performance, we illuminatecommon covariates of mixed EI and job performance and assessthe extent to which mixed EI demonstrates incremental validityabove and beyond these common covariates.
What Do Mixed EI Instruments Measure?
In order to understand what might be in the black box of mixedEI instruments, we note that prior authors who have questioned theconstruct validity of mixed EI have done so primarily becausemany mixed EI items appear to capture well-established constructsother than emotional intelligence (Joseph & Newman, 2010b;Mayer et al., 2008; Murphy, 2006). In other words, it appears thatauthors of mixed EI measures may have (unknowingly) engaged indomain sampling (Cronbach & Meehl, 1955; Ghiselli, Campbell,& Zedeck, 1981; Nunnally, 1967), whereby mixed EI measureswere constructed to sample from various well-known contentdomains in the field of psychology. Although domain samplingtypically refers to the process of sampling items from a homoge-neous content domain (e.g., developing a Conscientiousness scale
by drawing items from the Conscientiousness domain), the devel-opment of mixed EI measures appears to have involved heteroge-neous domain sampling, or the sampling of items from a diverseset of content domains. Whereas heterogeneous domain samplingmay illuminate why these measures appear to capture a “grab bag”of content domains, the question still remains: What exactly arethese content domains that constitute “mixed EI”? In the follow-ing, we draw on prior theory and content analysis of popular mixedEI measures to hypothesize that these measures likely capture thefollowing content domains: Conscientiousness, Extraversion, self-related qualities (i.e., general self-efficacy and self-rated perfor-mance), ability EI, Emotional Stability, and cognitive ability.
We begin by noting that several EI scholars have recentlyoffered suggestions regarding the content captured by mixed EImeasures in an attempt to clear up the muddied waters of theconstruct. Specifically, Mayer et al. (2008) have summarized thatmixed EI covers four content areas: (a) achievement motivation(which is similar to the industriousness facet of Conscientiousness;Roberts, Chernyshenko, Stark, & Goldberg, 2005), (b) control-related qualities such as impulse control and flexibility (whichtheoretically overlap with the self-control facet of Conscientious-ness; Roberts et al., 2005), (c) gregariousness and assertiveness(which are two facets of Extraversion; Costa & McCrae, 1992),and (d) self-related qualities (e.g., positive self-appraisals, such asgeneral self-efficacy). Thus, Mayer et al. (2008) appear to havesuggested that mixed EI overlaps with Conscientiousness, Extra-version, and self-related qualities such as general self-efficacy. Wewill discuss each of these potential overlaps below. Before we do,we would like to point out that prior theoretical work on theconstruct of mixed EI is scant. As a result, when discussing theconstruct of mixed EI, we often discuss the measures of mixed EIrather than the construct (i.e., because it is not clear what theconstruct of mixed EI actually is, we tend—by necessity—toconfound the construct with the measure; cf. Arthur & Villado,2008). This is a natural result of a theoretically underdevelopedconstruct, and indeed in the current article, we attempt to helpremedy this very issue by developing an understanding of whichconstructs are subsumed by mixed EI.
Conscientiousness and Mixed EI
As previously mentioned, prior theoretical work suggests thatmixed EI taps attributes like achievement-motivation and control-related qualities such as low impulsiveness (Mayer et al., 2008;Petrides & Furnham, 2001; Zeidner, Matthews, & Roberts, 2004),which fall into the personality domain of trait Conscientiousness.For example, Bar-On’s (1997) mixed EI model includes subfacetsof self-actualization, or striving to achieve one’s personal goals,and impulse control, or effectively controlling one’s emotions—which are similar to the industriousness and self-control facets ofConscientiousness, respectively (Roberts et al., 2005). Similarly,Goleman’s mixed EI model (Wolff, 2006) includes initiative (i.e.,“readiness to act on opportunities,” p. 3) and achievement (i.e.,“striving to improve or meeting a standard of excellence,” p. 3),which theoretically overlap with Conscientiousness facets.
In addition to the content overlap between Conscientiousnessand mixed EI, a secondary reason that one might expect a positiverelationship between the two constructs is because Conscientious-ness has been characterized as a tendency to follow socially
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299SELF-REPORTED EMOTIONAL INTELLIGENCE
prescribed norms (John & Srivastava, 1999), and this dutifulnessin adhering to norms likely carries over into emotional roles aswell. So conscientious individuals may exert extra effort in adher-ing to emotion-related norms (i.e., Conscientiousness gives rise toa motivational state that induces one to be meticulous in his or hertask performance [Emmons, 1989], including emotional tasks suchas perceiving one’s emotion, perceiving others’ emotion, display-ing appropriate emotions, and so forth). We propose that emotionalskills and abilities develop naturally as a result of increased effortin adhering to emotion-related norms (e.g., the more one exertseffort in displaying appropriate emotions, the better one becomesat doing so). Thus, we expected Conscientiousness to be positivelyrelated to mixed EI, which is supported by prior meta-analyticestimates indicating a strong relationship between Conscientious-ness and mixed EI (�̂ � .38 in both Joseph & Newman, 2010b, andO’Boyle et al., 2011).
Extraversion and Mixed EI
Extraversion, a dimension of the Big Five, includes two compo-nents: social vitality and social dominance (Helson & Kwan, 2000).Some have argued that the social vitality component reflects anunderlying need or desire for social contact that often results in agreater number of social relationships for extraverted individuals(Hotard, McFatter, McWhirter, & Stegall, 1989). In the process ofestablishing an extravert’s expansive social network, he or she likelydevelops a set of emotion-related skills (e.g., the ability to displaypositive affect) that are used to build social bonds. Many of theemotion-related skills that are likely developed as a result of anextravert’s desire to form social relationships are dimensions of mixedEI, including relationship skills, social competence (Petrides & Furn-ham, 2001), interpersonal relationships, and happiness (Bar-On,1997). Some mixed models of EI also explicitly include assertiveness(Bar-On, 1997; Petrides & Furnham, 2003), which directly reflects thesocial dominance facet of Extraversion (and the assertiveness facet ofExtraversion in the revised NEO Personality Inventory [NEO–PI–R];Costa & McCrae, 1992), reiterating the overlap between Extraversionand mixed EI due to common elements of both constructs. The strongempirical relationship between Extraversion and mixed EI has alsobeen well documented (�̂ � .46, Joseph & Newman, 2010b; �̂ � .49,O’Boyle et al., 2011), supporting the notion that mixed EI is posi-tively related to Extraversion because (a) extraverts’ inclination toestablish social bonds results in enhanced emotional and social skillsand (b) the social dominance component of Extraversion explicitlyoverlaps with dimensions of mixed EI (e.g., assertiveness; Bar-On,1997).
Self-Related Qualities and Mixed EI
The third content area that Mayer et al. (2008) suggested is cap-tured by mixed EI measures is self-related qualities. The idea thatself-related qualities may account for the relationship between mixedEI and job performance has been similarly articulated by Newman,Joseph, and MacCann (2010), who theorized that mixed EI measurescapture self-efficacy and self-assessments of past job performance.First, general/generalized self-efficacy represents one’s perception ofhis or her ability to cope with life challenges and task demands acrossa variety of different situations (e.g., Chen, Gully, & Eden, 2001;Judge, Locke, & Durham, 1997; Sherer et al., 1982). Self-consistency
theory suggests that individuals have a desire to behave in a way thatis consistent with their own image (Korman, 1970). When consider-ing emotional and social behavior, it is likely that individuals whohave a desire to maintain a positive self-image (i.e., individuals withhigh general self-efficacy) have cultivated emotional and social skillsthat allow them to display appropriate social behaviors to maintaintheir self-image. We propose that these emotional and social skills arerepresented in the construct of mixed EI; for example, the display ofappropriate social behaviors requires dimensions of mixed EI such associal responsibility (i.e., the ability to cooperate with others), empa-thy (i.e., the ability to understand and appreciate the feelings ofothers), and interpersonal relationships (i.e., the ability to establishand maintain relationships; Bar-On, 1997). Therefore, individualshigh in general self-efficacy likely have high mixed EI in order todisplay social behaviors that are consistent with their self-views,whereas those low in general self-efficacy may shy away from socialrelationships because doing so is consistent with their self-views (andas a result, these individuals fail to develop emotional skills andabilities for maintaining social relationships). In addition, an exami-nation of the content of mixed EI measures reveals overlap betweenthe constructs of general self-efficacy and mixed EI, including theself-regard facet of Bar-On’s Emotional Quotient Inventory (EQ-i;Bar-On, 1997), which represents the propensity to regard oneself asgenerally competent, and Goleman’s (1998) self-confidence dimen-sion, which also represents one’s sense of self-worth (Wolff, 2006).Thus, we expected general self-efficacy to be positively related tomixed EI because mixed EI is one avenue through which an individ-ual can maintain his or her self-image and because of the contentoverlap between general self-efficacy and mixed EI.
Second, from looking at the content of mixed EI scales, it alsoappears that these mixed EI instruments tap into something akin toself-rated performance. Unfortunately, these mixed EI measuresare largely proprietary (thus, the mixed EI items cannot be pre-sented here in any way), or else a few example items might easilysupport the notion that mixed EI scales capture self-rated perfor-mance. These types of items are similar to the items “I feel I canproduce a lot of good work,” “I perform well in teams,” “I haveaccomplished many things in the last year,” and “I have performedwell under pressure” (although these are not actual items on anymixed EI measure, they are very similar). We note that these items(and their original counterparts present in actual mixed EI mea-sures) are conceptually closer to self-ratings of general perfor-mance rather than self-ratings of job performance per se (e.g., arespondent may evaluate his or her performance as a member of asports team when answering the item “I perform well in teams”).In the current article, we argue that self-ratings of job performanceare a component of mixed EI because they are a key aspect ofone’s perceptions of performance in general (e.g., perceived ex-cellence in public speaking at work would likely lead to perceivedstrength in public speaking in any context). This is because: (a)self-ratings of general performance are likely estimated via aprocess where one’s broad perceptions of performance are formedas a mental average of his or her specific performance acrossvarious life domains, and (b) as a mental average of performanceacross all life domains, self-ratings of performance likely over-sample from the work domain because work plays a central role inmost individuals’ lives (e.g., Kreiner, Hollensbe, & Sheep, 2009;Wanberg, 2012). Therefore, we argue that self-perceptions of jobperformance are an indicator of the domain of self-perceived
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300 JOSEPH, JIN, NEWMAN, AND O’BOYLE
general performance, and as such, we expect self-rated job perfor-mance to be positively related to mixed EI.
Ability EI and Mixed EI
Beyond the conceptual overlaps between mixed EI andConscientiousness/Extraversion/self-rated qualities that were pro-posed by Mayer et al. (2008), an additional variable that may addinsight into the construct validity of mixed EI is ability EI itself.Although prior work has shown only a modest relationship betweenability EI and mixed EI (�̂ � .26; Joseph & Newman, 2010b), this islikely due to the content breadth of mixed EI (i.e., emotional abilitiesonly constitute a fraction of mixed EI content). Self-perception theorywould suggest that one’s self-perceptions are inferred from one’sbehavior (Bern, 1972), and given that mixed EI involves one’s self-perceptions of his or her emotional abilities, we would expect theseself-perceptions to be drawn from one’s actual emotional abilities(i.e., ability EI, which includes behaviors such as emotion expression,voice inflection, and emotion-related gestures; Salovey & Mayer,1990; see also, Brackett, Rivers, Shiffman, Lerner, & Salovey, 2006).It has been claimed in prior work that mixed EI includes self-perceived emotional abilities (Petrides & Furnham, 2001), and aperusal of items from the EQ-i (Bar-On, 1997), for example, showsthat some of these items clearly reflect self-ascribed emotion regula-tion and emotion perception abilities. In particular, the emotionalself-awareness and empathy facets of Bar-On’s EQ-i appear to ad-dress emotion perception ability and emotion understanding (twofacets of ability EI; Salovey & Mayer, 1990), and the emotionalawareness and emotional self-control facets of Goleman’s (1998)model appear to capture emotion perception ability and emotionregulation ability (also facets of ability EI; Salovey & Mayer, 1990).Therefore, it is likely that actual emotional ability (i.e., ability EI) ispart of the content that is sampled within mixed EI measures.
Emotional Stability and Mixed EI
Popular markers of Emotional Stability include low levels of traitnegative affect (Gross, Sutton, & Ketelaar, 1998) and dampenedemotional reactions to daily stressors (Marco & Suls, 1993; Suls,Green, & Hillis, 1998). These characteristics of emotionally stableindividuals likely reflect an enhanced ability to manage emotions anduse effective emotion regulation strategies (e.g., reappraisal; Gross &John, 2003). Therefore, we expected Emotional Stability to be posi-tively related to mixed EI because Emotional Stability involves theuse of emotion regulation skills that mixed EI comprises (e.g., stresstolerance; Bar-On, 1997). In addition, De Raad (2005) has conductedempirical analyses on the content validity of several mixed EI mea-sures and shown that for six mixed EI measures, 42% of the itemswere classified by content experts as direct measures of EmotionalStability. This content validity evidence is consistent with the largemeta-analytic relationship between Emotional Stability and mixed EIinstruments (�̂ � .53, Joseph & Newman, 2010b; �̂ � .54, O’Boyleet al., 2011), and the conceptual overlap between several facets ofmixed EI scales and Emotional Stability (e.g., stress tolerance, Bar-On, 1997; optimism, Goleman, 1998). Thus, it appears that part of thecontent “mix” in mixed EI measurement is the well-known concept ofEmotional Stability.
Cognitive Ability and Mixed EI
At this point, we note that any attempt by us to considercognitive ability as a content domain that is captured in measuresof mixed EI would be largely antithetical to the philosophy uponwhich many mixed EI measures were founded. That is, cognitiveability is explicitly excluded from most mixed models of EI. Forexample, Bar-On’s (1997) mixed model of EI is said to include “anarray of noncognitive capabilities, competencies, and skills thatinfluence one’s ability to succeed in coping with environmentaldemands and pressures” (italics added, p. 14). Interestingly, how-ever, this very model also includes facets of apparent cognitiveability components such as problem solving and reality testing(Bar-On, 1997). In addition, cognitive ability is theorized to pro-mote individual adaptability, primarily due to the additional infor-mation processing that is required in novel situations (LePine,Colquitt, & Erez, 2000). Because adaptability is a component ofmixed EI (i.e., flexibility, or one’s ability to adapt to unfamiliar anddynamic circumstances; Bar-On, 1997), we expected cognitiveability to be related to mixed EI—that is, individuals high incognitive ability can handle the additional information processingdemands of unfamiliar situations. Because it appears that mixedmodels of EI may actually include cognitive ability components(i.e., some mixed models are theorized to include abilities as partof the mixture of constructs; Boyatzis, 2009; Mayer et al., 2008;Petrides & Furnham, 2001) and because mixed EI models involveadaptability, which is related to cognitive ability via improvedinformation processing in novel situations (LePine et al., 2000), weexpected to find empirical overlap between measures of generalmental ability and measures of mixed EI.
In sum, we have proposed that mixed EI measures have sampledfrom several well-established construct domains, including Conscien-tiousness, Extraversion, general self-efficacy, self-rated performance,ability EI, Emotional Stability, and cognitive ability. Because mixedEI measures appear to sample so heavily from these seven constructdomains, we expected that individual variation in mixed EI will belargely accounted for by these seven components.
Why Are Mixed EI Instruments Related toJob Performance?
Previous meta-analyses of mixed EI suggest a strong relation-ship between mixed EI and job performance (Joseph & Newman,2010b; O’Boyle et al., 2011), with estimated criterion validities asstrong as, or stronger than, any other personality trait. To illumi-nate why mixed EI has such a robust relationship with job perfor-mance, we demonstrate that the proposed content domains fromwhich mixed EI measures are sampled (see previous section) arealso related to job performance. In other words, mixed EI taps intoa mix of constructs that have well-established relationships withjob performance, which explains why mixed EI predicts job per-formance.
Why the Seven Knowledge, Skills, Abilities, and OtherCharacteristics (KSAOs) Relate to Job Performance
For example, Conscientiousness (a proposed construct domainfrom which mixed EI measures are sampled) has a known positiverelationship with job performance (Barrick & Mount, 1991; Bar-
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301SELF-REPORTED EMOTIONAL INTELLIGENCE
rick, Mount, & Judge, 2001; Hurtz & Donovan, 2000; a linktheoretically due to Conscientious employees’ accomplishmentstriving, status striving [Barrick, Stewart, & Piotrowski, 2002] andgoal setting [Barrick, Mount, & Strauss, 1993]). Similarly, evi-dence suggests Extraversion can have reasonable predictive valid-ity for job performance, especially for success in management andsales jobs (Barrick & Mount, 1991; Vinchur, Schippmann, Swit-zer, & Roth, 1998; due in part to status striving; Barrick et al.,2002), and Emotional Stability also has an established positiverelationship with job performance (Barrick & Mount, 1991; Bar-rick et al., 2001; Hurtz & Donovan, 2000; a relationship explainedby the fact that Neurotic individuals exhibit poorer emotionalcoping skills; Connor-Smith & Flachsbart, 2007; Joseph & New-man, 2010b). Thus, these three Big Five variables help explain therelationship between mixed EI and job performance, because theyare common antecedents to both constructs.
In addition to these Big Five personality constructs, generalself-efficacy is thought to predict work performance by way ofmotivation, goal-setting (Erez & Judge, 2001), and job engage-ment (Rich, LePine, & Crawford, 2010). In other words, individ-uals with high general self-efficacy should maintain both directionand persistence of effort toward the job at hand. Therefore, ifmixed EI measures are sampled from the general self-efficacydomain, then self-efficacy should partly explain the mixed EI–jobperformance relationship. Further, because past performance is thebest predictor of future performance (see meta-analysis by Stur-man, Cheramie, & Cashen, 2005; as well as seminal discussions byCorballis, 1965; Humphreys, 1960; Jones, 1962; and Wernimont &Campbell, 1968), we propose that another key mechanism bywhich mixed EI scales predict job performance is that mixed EImeasures ask respondents to report, in part, how well they havegenerally performed on projects in the past. Accordingly, weexpect self-rated performance to be considered a common covari-ate of both mixed EI and supervisor-rated job performance.
Finally, cognitive ability appears to contribute to mixed EI mea-sures, and it is a fundamental antecedent of job performance (Schmidt& Hunter, 1998), largely due to the tendency for high-ability employ-ees to acquire job knowledge (Schmidt, Hunter, & Outerbridge,1986). Moreover, ability EI has been theorized to relate to job per-formance via enhanced social interactions, advanced understanding ofthe emotional demands on the situation (O’Boyle et al., 2011), andincreased attentional resources (because emotion regulation skill canslow cognitive resource depletion; Joseph & Newman, 2010b). Therelationship between ability EI and job performance has been sup-ported via meta-analytic evidence (Joseph & Newman, 2010b;O’Boyle et al., 2011), and thus, it appears that cognitive ability andability EI are common antecedents to both mixed EI measures and jobperformance, aiding in the explanation of why mixed EI and jobperformance are strongly related.
Heterogeneous Domain Sampling Model
In summary of our arguments, the various constructs tapped byself-report mixed EI measures (i.e., Conscientiousness, Extraversion,general self-efficacy, self-rated performance, ability EI, EmotionalStability, and cognitive ability) also appear to be antecedents of jobperformance. Therefore, these seven constructs should explain therelationship between mixed EI and job performance. One conse-quence of this state of affairs is that the incremental validity of mixedEI for predicting job performance should be quite limited once theseconstructs are controlled. In other words, we are advancing a theo-retical model of the mixed EI–job performance relationship that werefer to as the heterogeneous domain sampling model (see Figure 1,Model A; Cronbach & Meehl, 1955; Nunnally, 1967). According toour hypothesized model, mixed EI measures will fail to account forincremental validity in job performance after we have controlled forConscientiousness, Extraversion, general self-efficacy, self-rated per-formance, ability EI, Emotional Stability, and cognitive ability. In
Figure 1. Model A. Heterogeneous Domain Sampling Model (no incremental validity, no mediation). This is ourhypothesized model. Standardized estimates. All predictors were allowed to intercorrelate. � p � .05; �2(df � 1) �0.19 (p � .05), root-mean-square error of approximation � .00, comparative fit index � 1.00, Tucker–Lewis index �1.00, standardized root-mean-square residual � .001 (model fit is good). Perf � performance.
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302 JOSEPH, JIN, NEWMAN, AND O’BOYLE
other words, we believe these seven KSAOs represent all the essentialconstructs that constitute the “mix” in mixed EI that is responsible forthe large observed criterion-related validity of mixed EI.
An expert reviewer pointed out that our hypothesized heteroge-neous domain sampling model can be thought of as one model, in aset of alternative models, that can each explain why mixed EI relatesto job performance. This set of alternative models includes (a) ourheterogeneous domain sampling model (Figure 1, Model A), which isa no mediation model, in which mixed EI exhibits no incrementalvalidity beyond the seven KSAOs, and there is no mediation of theKSAOs by mixed EI, (b) a partial mediation model, labeled the“incremental validity model” (Figure 2, Model B), in which mixed EIpredicts job performance partly because it transmits the effects of theseven KSAOs and partly because mixed EI represents some addi-tional content that relates to job performance beyond the sevenKSAOs, and (c) a full mediation model (Figure 3, Model C), in whichmixed EI fully captures all of the generative mechanisms by which theseven KSAOs relate to job performance. As stated previously, in thecurrent study, we are hypothesizing the first model (Figure 1, ModelA), which offers a simple heterogeneous domain sampling explana-tion for why mixed EI relates to job performance. We tested thismodel (Figure 1, Model A) by comparing it against the two alternativemodels suggested by the expert reviewer (cf. incremental validity[partial mediation] model [Figure 2, Model B], and full mediationmodel [Figure 3, Model C]).
If our heterogeneous domain sampling model is accurate, then itimplies that a combination of traits—Extraversion, Emotional Sta-bility, Conscientiousness, general self-efficacy, self-rated perfor-mance, cognitive ability, and ability EI—together explain whymixed EI measures predict job performance so well. To expandupon this point, individuals who possess these traits should havemotivational tendencies and goals characterized by high status
striving and accomplishment striving (i.e., Extraversion and Con-scientiousness; Barrick et al., 2002), as well as elevated perfor-mance expectations (i.e., high self-rated performance and generalself-efficacy). These individuals should further be equipped toattain these goals and motivational agendas via their heightenedemotional coping skills, emotion regulation skills, and emotionalunderstanding (low Neuroticism, Connor-Smith & Flachsbart,2007; high Ability EI, Joseph & Newman, 2010b), as well as theirability to more quickly absorb job knowledge (cognitive ability;Schmidt et al., 1986). Mixed EI thus offers a high-utility mixtureof individual traits to predict job performance.
Defining Job Performance
Before we move on to describe the methods used in the currentstudy, we first briefly expound on our definition of the criterion, jobperformance. Indeed, past discrepancies in criterion definition haveled to some inconsistency in prior meta-analytic estimates of therelationship between mixed EI and job performance (i.e., �̂ � .47,Joseph & Newman, 2010b; �̂ � .28, O’Boyle et al., 2011). That is, inpast meta-analyses, O’Boyle and colleagues used an inclusive defi-nition of job performance that incorporated both subjective ratingsand objective results performance measures (in addition to studentacademic performance and self-rated job performance measures),whereas Joseph and Newman used a narrower definition of thecriterion to include only supervisor-rated job performance (see Table1). As such, it remains unclear how the mixed EI-job performancerelationship might change across different criterion measures.
With regard to the distinction between subjective ratings versusobjective results measures (e.g., sales, number of widgets produced)of the criterion, researchers have long lamented that objective mea-sures of performance tend to be contaminated by factors external to
Figure 2. Model B. Incremental Validity Model (partial mediation). Standardized estimates. All predictorswere allowed to intercorrelate. Model is saturated (df � 0), so model fit cannot be estimated (i.e., fit is perfect,by design).
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303SELF-REPORTED EMOTIONAL INTELLIGENCE
the individual (e.g., sales markets, sick leave policies, and equipmentmalfunctions; Campbell, 1990; Landy & Farr, 1983; Murphy &Cleveland, 1995; Smith, 1976), suggesting that objective results mea-sures reflect both employee performance behavior and environmentalfactors that constitute a psychometric nuisance. We here have adoptedCampbell, McCloy, Oppler, and Sager’s (1993) definition of jobperformance as employee behavior, and we focused on supervisorratings of performance as our primary measure of job performancebehavior (see J. W. Johnson, 2001; Rotundo & Sackett, 2002). For ourown theoretical view on how subjective performance ratings andobjective criterion measures, respectively, relate to mixed EI, we haveborrowed from Aguinis (2013, p. 95) and Grote (1996, p. 37), whospecified that employee KSAOs/traits (e.g., mixed EI) give rise toemployee job performance behaviors, which in turn give rise toobjective results measures of productivity (i.e., a mediation model).As such, we propose that the effects of mixed EI on results (e.g., sales,productivity) are downstream from (and explained by) the effects ofmixed EI on rated employee performance behaviors. Therefore, wepredicted that the effect of mixed EI on objective results criteria ismediated by supervisor ratings of job performance. Unfortunately,there is a paucity of available primary studies connecting objectiveresults to several of the KSAOs, which precludes us from testing thecomplete multistep mediation model (KSAOs ¡ Mixed EI ¡ Sub-jective job performance ¡ Objective results). Therefore, we can onlytest the final three steps of this mediation sequence in the current study(i.e., Mixed EI ¡ Subjective job performance ¡ Objective results;see Figure 4).
Method
To test our hypothesized models, we first updated the corre-lations of both mixed EI and ability EI with job performance.Table 1 lists the primary studies that were originally coded inthe meta-analyses of Joseph and Newman (2010b) and O’Boyleet al. (2011), as well as the primary studies uniquely included in
the current analysis. We also conducted 16 original meta-analyses, estimating the bivariate relationships of both generalself-efficacy and self-rated job performance with mixed EI,ability EI, Emotional Stability, Conscientiousness, Extraver-sion, and cognitive ability (shown in Table 2). Then, by com-bining published meta-analyses with our original meta-analyses, weformed a meta-analytic correlation matrix (Table 3). We used thismeta-analytic correlation matrix as the basis for a series ofstructural models to test (a) the amount of variance in mixed EImeasures captured by a set of seven predictors and (b) the effectof these predictors on the mixed EI–job performance relation-ship (see Figures 1, 2, and 3). Although some scholars haveadvocated the combination of meta-analysis with structuralequation modeling (Shadish, 1996; Viswesvaran & Ones,1995), others have pointed out potential limitations of theapproach because this process (a) uses a pooled correlationmatrix instead of a covariance matrix, (b) lacks a definitivesample size for the meta-analytic correlation matrix, (c) as-sumes the elements in the meta-analytic correlation matrixrepresent a common population, and (d) ignores second-ordersampling error (see Cheung & Chan, 2005; Landis, 2013;Newman, Jacobs, & Bartram, 2007). Unfortunately, the onlyalternative procedure for testing a structural model with meta-analytic data (i.e., two-stage structural equation modeling, orTSSEM; Cheung & Chan, 2005) requires at least one primarystudy to measure all of the constructs included in the model, andbecause no primary study in the current meta-analytic databasemet this requirement, we instead used meta-analytic SEM. Indoing so, we followed Landis’s (2013) set of recommendations(i.e., we drew the elements in the matrix that were not estimatedas part of the current study from published meta-analyses ratherthan conducting mini-meta-analyses, and we warn the readerthat causal inferences cannot be drawn from these analyses). Asfor the problem of failing to specify a particular target popu-
Figure 3. Model C. Full Mediation Model. Standardized estimates. All predictors were allowed to intercor-relate. � p � .05; �2(df � 7) � 232.84 (p � .05), root-mean-square error of approximation � .22, comparativefit index � .88, Tucker–Lewis index � .37, standardized root-mean-square residual � .07 (model fit is poor).
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ssem
inat
edbr
oadl
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304 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Tab
le1
Pri
mar
ySt
udie
sof
the
Rel
atio
nshi
psof
Mix
edE
Ian
dA
bili
tyE
IW
ith
Job
Per
form
ance
(Com
pari
ngC
urre
ntM
eta-
Ana
lysi
sto
Jose
ph&
New
man
,20
10b,
and
O’B
oyle
etal
.,20
11)
Stud
ySa
mpl
esi
zeE
IM
easu
rePe
rfor
man
cem
easu
reE
ffec
tsi
zeM
eta-
anal
ysis
a
Mix
edE
Ian
djo
bpe
rfor
man
ceA
ustin
,E
vans
,G
oldw
ater
,&
Potte
r(2
005)
154
Aus
tin,
Sakl
ofsk
e,H
uang
,&
McK
enne
y(2
004)
Aca
dem
icpe
rfor
man
ce.2
2B
Bac
hman
,St
ein,
Cam
pbel
l,&
Sita
reni
os(2
000)
36E
Q-i
(Bar
-On,
1997
)Su
cces
sin
debt
colle
ctio
n.3
0(o
rigi
nal
t�
1.84
8)B
Bri
zz(2
004)
32E
CI
(2nd
ed.;
Wol
ff,
2006
)Pa
rish
ione
rsu
ppor
t(s
acra
men
tal
supp
ort
plus
fina
ncia
lsu
ppor
t).1
2B
F.W
.B
row
n,B
ryan
t,&
Rei
lly(2
006)
95E
Q-i
(Bar
-On,
1997
)Su
bord
inat
e-ra
ted
lead
eref
fect
iven
ess
.0
2B
Bud
nik
(200
3)—
——
—B
Byr
ne(2
003)
325
EC
I(S
ala,
2002
)Su
perv
isor
-rat
edpe
rfor
man
ceba
sed
onM
anag
eria
lSk
ills
Que
stio
nnai
re(S
mith
er&
Seltz
er,
2001
)
.27
A,
C
Byr
ne,
Dom
inic
k,Sm
ither
,&
Rei
lly(2
007)
161
EC
I(2
nded
.;W
olff
,20
06)
Cow
orke
r(e
.g.,
peer
s,su
perv
isor
s,su
bord
inat
es)
ratin
gof
man
ager
ial
skill
s.2
7B
Car
mel
i(2
003)
98Sc
hutte
etal
.(1
998)
Self
-rat
edjo
bpe
rfor
man
ce.3
2B
Car
mel
i&
Josm
an(2
006)
215
Schu
tteet
al.
(199
8)Su
perv
isor
-rat
edta
skpe
rfor
man
ce.4
7A
,B
,C
Cav
ins
(200
5)73
EQ
-i(B
ar-O
n,19
97)
Dir
ecto
r-ra
ted
stud
ent
lead
erpe
rfor
man
ce.2
9(o
rigi
nal
F�
6.28
7)B
Chi
pain
(200
3)12
0Su
cces
sT
ende
ncie
sIn
dica
tor
(ST
I;(T
acca
rino
&L
eona
rd,
1999
)O
bjec
tive
sale
spe
rfor
man
ce.4
2B
Dre
w(2
007)
40E
Q-i
(Bar
-On,
1997
)St
uden
tte
ache
rpe
rfor
man
ce(m
ixtu
reof
othe
r-ra
ting
and
self
-rat
ing)
.31
B
Dul
ewic
z,H
iggs
,&
Slas
ki(2
003)
53E
IQ(D
ulew
icz
&H
iggs
,19
99,
2000
)Su
perv
isor
-rat
edm
anag
emen
tpe
rfor
man
ce.3
2A
,B
,C
Gab
el,
Dol
an,
&C
erdi
n(2
005)
59E
Q-i
Span
ish
vers
ion
(Uga
rriz
a,20
01)
Supe
rvis
or-r
ated
job
perf
orm
ance
.06
C
Gol
dsm
ith(2
008)
24E
Q-i
(Bar
-On,
1997
)Su
perv
isor
-rat
edw
orkp
lace
perf
orm
ance
.20
A,
CG
over
nmen
tA
ccou
ntin
gO
ffic
e(1
998)
——
——
BH
ader
(200
7)12
9E
QI
(Rah
imet
al.,
2002
)Su
perv
isor
-rat
edjo
bpe
rfor
man
ce.2
9A
,C
Han
na(2
008)
46E
CI
(Sal
a,20
02)
Supe
rvis
or-r
ated
resi
denc
eha
llas
sist
ants
job
perf
orm
ance
.21
A,
C
Hig
gs(2
004)
289
EIQ
-G(D
ulew
icz
&H
iggs
,20
00)
Perf
orm
ance
asse
ssm
ent
byth
epe
rson
nel
depa
rtm
ent
.22
B
Hop
kins
&B
ilim
oria
(200
8)75
(Mal
e)E
CI
(Boy
atzi
s&
Gol
eman
,20
01,
com
posi
teof
othe
rra
tings
)Su
perv
isor
-rat
edsu
cces
s(a
nnua
lpe
rfor
man
cepl
usan
nual
pote
ntia
l).2
3B
30(F
emal
e)E
CI
(Boy
atzi
s&
Gol
eman
,20
01,
com
posi
teof
othe
rra
tings
)Su
perv
isor
-rat
edsu
cces
s(a
nnua
lpe
rfor
man
cepl
usan
nual
pote
ntia
l).2
7B
Jenn
ings
&Pa
lmer
(200
7)40
360-
degr
eeG
enos
Em
otio
nal
Inte
llige
nce
Inve
ntor
y(G
igna
c,20
10)
Obj
ectiv
epe
rfor
man
ce.4
3B
Kos
tman
(200
4)14
7B
edw
ell
Em
otio
nal
Judg
men
tIn
vent
ory
(Bed
wel
l,20
02)
Supe
rvis
or-r
ated
job
perf
orm
ance
.31
A,
C
Lii
&W
ong
(200
8)15
2E
mot
iona
lIn
telli
genc
eQ
uotie
ntIn
vent
ory
(bas
edon
Salo
vey
&M
ayer
,19
90)
Self
-rat
edov
erse
aad
just
men
t.1
8B
Perl
ini
&H
alve
rson
(200
6)79
EQ
-i(B
ar-O
n,19
97)
Hoc
key
play
erpe
rfor
man
ce
.16
BPr
ati
(200
4)20
9Sc
hutte
etal
.(1
998)
Supe
rvis
or-r
ated
job
perf
orm
ance
.15
CR
ozel
l,Pe
ttijo
h,&
Park
er(2
004)
103
Schu
tteet
al.
(199
8)Se
lf-r
ated
sale
spe
rfor
man
ce.2
0B
Sard
o(2
005)
——
——
BSc
hum
ache
r(2
005)
35E
CI-
U(B
oyat
zis
&Sa
la,
2004
)Su
perv
isor
-rat
edpe
rfor
man
ce.3
5A
,C
(tab
leco
ntin
ues)
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sdo
cum
ent
isco
pyri
ghte
dby
the
Am
eric
anPs
ycho
logi
cal
Ass
ocia
tion
oron
eof
itsal
lied
publ
ishe
rs.
Thi
sar
ticle
isin
tend
edso
lely
for
the
pers
onal
use
ofth
ein
divi
dual
user
and
isno
tto
bedi
ssem
inat
edbr
oadl
y.
305SELF-REPORTED EMOTIONAL INTELLIGENCE
Tab
le1
(con
tinu
ed) Stud
ySa
mpl
esi
zeE
IM
easu
rePe
rfor
man
cem
easu
reE
ffec
tsi
zeM
eta-
anal
ysis
a
Sem
adar
,R
obin
s,&
Ferr
is(2
006)
136
SUE
IT(P
alm
er&
Stou
gh,
2001
)Su
perv
isor
-rat
edjo
bpe
rfor
man
ce.2
5A
,C
Serg
io(2
001)
134
EC
I(S
ala,
2002
)Su
perv
isor
-rat
edjo
bpe
rfor
man
ce�
2�
34.2
7B
Slas
ki&
Car
twri
ght
(200
2)22
4E
Q-i
(Bar
-On,
1997
)Su
perv
isor
-rat
edm
anag
emen
tpe
rfor
man
ce.2
2C
Ston
e,Pa
rker
,&
Woo
d(2
005)
383
EQ
-i(B
ar-O
n,19
97)
Supe
rvis
or-r
ated
task
-ori
ente
dle
ader
ship
abili
ties
.14
B,
C
Tom
bs(2
005)
60E
Q-i
(Bar
-On,
1997
)O
bjec
tive
perf
orm
ance
.28
BV
ieir
a(2
008)
145
Lea
ders
hip
com
pete
ncy
inve
ntor
yde
sign
edto
mea
sure
Gol
eman
’s(1
995)
EI
com
pete
ncie
s
Supe
rvis
or-r
ated
job
perf
orm
ance
.0
7C
M.
B.
Wu
(200
8)36
EQ
-i(B
ar-O
n,19
97O
vera
llse
lf-r
ated
resi
dent
advi
sor
perf
orm
ance
.35
B
Ziz
zi,
Dea
ner,
&H
irsc
hhor
n(2
003)
21pi
tche
rsSc
hutte
etal
.(1
998)
Obj
ectiv
eba
seba
llpe
rfor
man
ce.3
4B
40hi
tters
.01
BA
bilit
yE
Ian
djo
bpe
rfor
man
ceA
shka
nasy
&D
asbo
roug
h(2
003)
119
MSC
EIT
(May
eret
al.,
2002
)O
vera
llco
urse
asse
ssm
ent
.20
BB
lickl
eet
al.
(200
9)21
0T
EM
INT
(Sch
mid
t-A
tzer
t&
Büh
ner,
2002
)Su
perv
isor
-rat
edov
eral
lpe
rfor
man
ce.1
5C
Bry
ant
(200
5)62
MSC
EIT
(May
er&
Salo
vey,
1997
)O
bjec
tive
sale
spe
rfor
man
ce
.09
BB
yron
(200
7)58
DA
NV
A2
(Now
icki
,20
00)
Supe
rvis
or-r
ated
man
ager
ial
perf
orm
ance
.22
B,
CC
hris
tians
en,
Jano
vics
,&
Sier
s(2
010)
69M
SCE
IT(M
ayer
etal
.,20
00)
Supe
rvis
or-r
ated
job
perf
orm
ance
.21
CC
obêr
o,Pr
imi,
&M
uniz
(200
6)11
9M
SCE
IT(M
ayer
etal
.,20
02)
Supe
rvis
or-r
ated
job
perf
orm
ance
.18
A,
CC
ollin
s(2
002)
52M
SCE
IT(M
ayer
etal
.,20
00)
Mul
tirat
erfe
edba
ckof
exec
utiv
esu
cces
s
.08
BC
ôté
&M
iner
s(2
006)
175
MSC
EIT
(May
eret
al.,
2002
)Su
perv
isor
-rat
edjo
bpe
rfor
man
ce.3
2A
,B
,C
Farh
,Se
o,&
Tes
luk
(201
2)21
2M
SCE
IT(M
ayer
etal
.,20
02)
Supe
rvis
or-r
ated
job
perf
orm
ance
.08
CG
olds
mith
(200
824
MSC
EIT
(May
eret
al.,
2002
)Su
perv
isor
-rat
edjo
bpe
rfor
man
ce.1
1A
,C
Gra
ves
(199
9)15
0E
KT
(sho
rtve
rsio
nof
ME
IS;
May
er&
Salo
vey,
1997
)Pe
rfor
man
cein
sim
ulat
edac
tiviti
es.1
0A
69M
SCE
IT(M
ayer
etal
.,19
99)
Perf
orm
ance
insi
mul
ated
activ
ities
.24
AH
anna
(200
8)46
MSC
EIT
(May
eret
al.,
2002
)Su
perv
isor
-rat
edre
side
nce
hall
assi
stan
tsjo
bpe
rfor
man
ce
.12
A,C
Her
bst,
Mar
ee,
&Si
band
a(2
006)
138
MSC
EIT
(May
eret
al.,
2002
)T
rans
form
atio
nal
Lea
ders
hip
Prac
tices
.05
BK
err,
Gar
vin,
Hea
ton,
&B
oyle
(200
6)38
MSC
EIT
(May
eret
al.,
2000
)Su
bord
inat
es’
ratin
gof
supe
rvis
ory
lead
ersh
ipef
fect
iven
ess
.39
B
Klu
empe
r(2
006)
66M
SCE
IT(M
ayer
etal
.,20
02)
Supe
rvis
or-r
ated
job
perf
orm
ance
.25
A,
B,
CK
luem
per,
DeG
root
,&
Cho
i(2
013)
102
MSC
EIT
(May
eret
al.,
2002
)Su
perv
isor
-rat
edta
skpe
rfor
man
ce.2
2C
85M
SCE
IT(M
ayer
etal
.,20
02)
Supe
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and
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tto
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ssem
inat
edbr
oadl
y.
306 JOSEPH, JIN, NEWMAN, AND O’BOYLE
lation to which the correlation matrix corresponds—this ap-pears to be a ubiquitous limitation that plagues the vast majorityof studies in organizational research and is not unique tometa-analytic SEM.
Literature Search
In order to estimate the structural models, we compiled a cor-relation matrix based on meta-analytic estimates from 20 pub-lished meta-analytic correlations plus 16 original meta-analyses. Ifmultiple meta-analyses had been published on a particular bivari-ate relationship, we used the most recent (which was also the mostcomprehensive) one. The 16 original meta-analyses included up-dates of the relationships of both mixed EI and ability EI withsupervisor-rated job performance, as well as the relationships ofboth general self-efficacy and self-rated job performance withcognitive ability, personality traits, and EI. Several strategies wereused to locate primary studies included in the original meta-analyses. First, we conducted a literature search in the databasesPsycINFO, ERIC, Social Science Citation Index, Google Scholar,and Dissertation Abstracts International for published and unpub-lished studies, using combinations and variations of the followingkeywords: emotional intelligence, cognitive ability, self-efficacy,and self-rated job performance. Second, we also cross-checked
reference lists from previous meta-analyses and reviews on similartopics as well as studies that cited the original scale developmentarticles for general/generalized self-efficacy (Chen et al., 2001;Judge, Erez, Bono, & Thoresen, 2002; Judge, Locke, Durham, &Kluger, 1998; Schwarzer, Bassler, Kwiatek, Schröder, & Zhang,1997; Sherer et al., 1982).
In accordance with our a priori construct definitions andresearch interests, several rules were established for the inclu-sion of primary studies. First, the analysis was limited to adultparticipants (ages 16 –70 years, excluding young adolescentsand institutionalized populations). Second, any studies that didnot operationalize general self-efficacy in a manner consistentwith the definition of general self-efficacy from Sherer et al.(1982), as a trait-like construct that represents global masteryexpectancies, were excluded (e.g., measures of task-specific orstate self-efficacy were excluded, mimicking the procedures ofJudge & Bono, 2001). Composite measures of confidence inperforming tasks across several, specific domains (e.g., Ber-nard, Hutchison, Lavin, & Pennington, 1996), or self-efficacymeasures that were specific to a particular setting (e.g., Jones,1986) were also excluded. In addition, measures that claimed toassess general self-efficacy but appeared to represent anotherconstruct (e.g., the personal mastery measure from Pearlin &
Table 2Results From Original Meta-Analyses
Variable k N r �̂ SD�
95% CI 80% CI
LL UL LL UL
Job performance (supervisor-rated)Mixed EI 15 2,168 .23 .29 .13 .21 .38 .13 .46Ability EI 13 1,287 .17 .20 .03 .13 .26 .15 .24General self-efficacy 13 2,703 .10 .13 .00 .09 .18 .13 .13
Self-rated job performanceMixed EI 10 1,601 .36 .41 .09 .34 .49 .29 .54Ability EI 3 219 .00 .00 .09 .19 .20 .12 .12Conscientiousness 8 2,621 .25 .31 .09 .23 .39 .19 .43Extraversion 8 2,621 .19 .23 .06 .16 .29 .14 .31Emotional Stability 8 2,621 .22 .26 .13 .16 .37 .09 .43Cognitive ability 4 3,298 .03 .04 .05 .03 .10 .02 .10General self-efficacy 3 686 .41 .51 .11 .36 .66 .37 .65
General self-efficacyMixed EI 9 1,847 .37 .45 .13 .35 .54 .28 .61Ability EI 5 709 .30 .36 .40 .01 .72 .15 .87Conscientiousness 30 10,027 .45 .54 .26 .44 .63 .21 .87Extraversion 23 8,479 .42 .51 .20 .42 .59 .25 .76Emotional Stability 46 12,510 .48 .56 .12 .52 .59 .40 .71Cognitive ability 13 4,085 .07 .09 .06 .04 .13 .01 .16
Note. k � number of effect sizes in the meta-analysis; N � total sample size in the meta-analysis; r � sample-size weighted mean correlation; �̂ �correlation corrected for attenuation in predictor and criterion; SD� � standard deviation of corrected correlation; mixed emotional intelligence (EI) andability EI correlations with supervisor-rated job performance are also corrected for range restriction; 95% CI � 95% confidence interval; 80% CI � 80%credibility interval; LL � lower limit; UL � upper limit.
Figure 4. Mediation model for objective results criteria. Estimates were standardized: N � 1,846, �2(1) � 7.69(p � .05), root-mean-square error of approximation � .060, comparative fit index � .99, Tucker–Lewis Index �.96, standardized root-mean-square residual � .02. � p � .05. EI � emotional intelligence.
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ssem
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y.
307SELF-REPORTED EMOTIONAL INTELLIGENCE
Schooler, 1978) were also excluded. The only exception to thisinclusion rule was in regard to self-efficacy’s correlation withability EI. Because there were no general self-efficacy primarystudies available to estimate this effect, we used primary studiesof specific self-efficacy for this particular cell in the correlationmatrix. Third, with regard to job performance measures, weinvoked a set of conservative standards: (a) only the job per-formance of employed individuals was included; performanceof specific cognitive or noncognitive tasks, lab experiments,assessment center ratings, and training performance were ex-cluded; (b) student academic performance and grade pointaverages (GPAs) were excluded; (c) studies measuring onlycontextual performance or organizational citizenship behaviorwere excluded; and (d) studies that provided objective measuresor third-party evaluations of job performance were excludedbecause, to be consistent with other meta-analyses in our cor-relation matrix, we were only interested in supervisor ratings ofjob performance. Primary studies of self-rated job performancewere selected according to the same inclusion rules, with oneexception. In order to obtain an adequate sample size for therelationships between personality/cognitive ability and self-rated job performance, we chose to include two studies (Os-wald, Schmitt, Kim, Ramsay, & Gillespie, 2004; Schmitt et al.,2007) that used behaviorally anchored rating scales across 12dimensions of college performance (these studies were includedin effect size estimates for the relationships between personal-ity/cognitive ability and self-rated performance). Results withand without these two studies were very similar; removing thesestudies did not change the relationships by more than .03.Fourth, any performance-based (e.g., multiple-choice/right–wrong) measure of EI based on Salovey and Mayer’s (1990)ability model was coded as ability EI, and all self-report mea-sures of EI (excluding self-report measures of ability EI; e.g.,Wong & Law, 2002) were coded as measures of mixed EI.(Note: We classified the Schutte et al. [1998] measure of EI as aself-report mixed EI measure; although the original measure is pur-portedly based on Salovey and Mayer’s [1990] model, the dimensionsof this self-report scale—empathy, self-management of emotions,utilization of emotions, and management of others’ emotions [Chan,2003]—do not align with the dimensions of Salovey and Mayer’sability EI model, and the items on the scale appear to capture contentmuch broader than ability EI [e.g., the item “I expect that I will dowell on most things I try” appears to measure general self-efficacy]).Fifth, studies that used student GPA or ACT scores to representcognitive ability were excluded. We also deleted studies that did notmeasure Emotional Stability directly but instead measured a relatedtrait such as the Sensitivity facet from the California PersonalityInventory (e.g., Baker, 2007) or negative affectivity. Finally, studiesthat did not provide enough information to calculate the hypothesizedcorrelations or did not provide sample sizes were excluded. Allprimary studies that were identified as part of the original search, butsubsequently excluded for any of the above reasons, are listed inAppendix A.
Data Analysis
Following Hunter and Schmidt (2004), we calculated sample-size-weighted mean correlations, with all effect sizes corrected forunreliability in both the predictor and criterion. For longitudinalT
able
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.23b
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.26b
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oadl
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308 JOSEPH, JIN, NEWMAN, AND O’BOYLE
studies that contained multiple measurements, only the effect sizefrom the initial measure was kept. For a sample with multiple,facet-level effect sizes of one relationship, we computed a com-posite correlation according to the formula provided by Nunnally(1978), or if inadequate information was available to calculate acomposite, we calculated a simple average. In cases where noreliability information was provided, we adopted estimates fromViswesvaran and Ones (2000, p. 231) for reliability of Big Fivepersonality or imputed the average reliability from all availablestudies (Hunter & Schmidt, 2004) for non–Big Five measures. Forestimating the reliability of single-item measures of job perfor-mance, we followed previous approaches (McKay & McDaniel,2006; Roth, Huffcutt, & Bobko, 2003) using the Spearman–Brownformula to downwardly correct the average reliability reportedacross other primary studies. Following Hunter and Schmidt(2004), when the standard deviation of the population estimates (�)was smaller than zero, we used zero instead. Also, to maintainconsistency with other job performance meta-analyses in Table 3,we based range restriction corrections for the relationships be-tween ability EI/mixed EI and supervisor-rated job performanceupon average ratios of restricted to unrestricted standard deviations(i.e., .95 for mixed EI and .99 for ability EI, which suggest rangerestriction was very minor for the studies included in the current EImeta-analyses). Duval and Tweedie (2000) trim-and-fill publica-tion bias analyses were also conducted (no bias was found; resultsare available upon request).
Based upon the meta-analytic correlation matrix in Table 3, wethen conducted multiple regression analyses, with mixed EI as thedependent variable, to test the extent to which mixed EI measuresare sampling the content domains of Conscientiousness, Extraver-sion, Emotional Stability, ability EI, cognitive ability, and self-rated qualities. (We also included ability EI as a second dependentvariable, in response to a reviewer comment.) We also conductedrelative importance analyses (J. W. Johnson, 2000; J. W. Johnson& LeBreton, 2004) to determine which constructs (e.g., Consci-entiousness, Extraversion, Emotional Stability, ability EI, cogni-tive ability, general self-efficacy, or self-rated job performance)contributed the most variance to mixed EI.
Next, we estimated three structural equation models to test theeffects of the KSAOs (common covariates) of mixed EI and jobperformance (see Figures 1, 2, and 3; note that Figure 2, Model B,is mathematically equivalent to estimating two multiple regressionmodels in this case). Model A is our hypothesized heterogeneousdomain sampling model (no-mediation model; Figure 1, Model A),which specifies no path from mixed EI to supervisor ratings of jobperformance. Model B is a fully saturated model (partial-mediation model; Figure 2, Model B) in which Conscientiousness,Extraversion, Emotional Stability, ability EI, cognitive ability, andself-rated qualities predict mixed EI and supervisor ratings of jobperformance, and mixed EI also incrementally predicts job perfor-mance. Model C is a fully-mediated model (Figure 3, Model C)that is similar to Model B, except the direct effects of all sevenKSAOs are removed so that mixed EI transmits all the KSAOeffects onto supervisor ratings of job performance. Finally, thefourth model estimates a mediation model from mixed EI tosupervisor ratings of job performance, which in turn lead toobjective results criteria (Figure 4).
Results
Results of the original meta-analyses conducted in the current studyare presented in Table 2 (primary studies included in these originalmeta-analyses are presented in Table 4). Regarding the relationshipbetween mixed EI and job performance, several major adjustmentswere made to improve upon the statistical validity and constructvalidity of previous meta-analyses. In particular, seven primary stud-ies were added beyond Joseph and Newman’s (2010b) meta-analysis,11 primary studies were added beyond O’Boyle et al.’s (2011) meta-analysis, and 24 primary studies were removed from O’Boyle et al.’s(2011) analysis (see list of primary studies in Table 1). This updateand refinement resulted in a corrected mean mixed EI-job perfor-mance correlation of .29, which is considerably smaller than whatJoseph and Newman (2010b) reported (�̂ � .47), and closer to theestimate reported by O’Boyle et al. (2011; �̂ � .28). The relationshipbetween ability EI and job performance was also updated, with amean corrected correlation of .20. This is larger than the estimate fromJoseph and Newman (2010b; �̂ � .18) but smaller than the O’Boyleet al. (2011) estimate (�̂ � .24). The estimated population correlationbetween general self-efficacy and job performance was only .13,which is smaller than that reported in a previous meta-analysis (Judge& Bono, 2001, �̂ � .23), although this newer estimate is based onmore than twice as much data.
For self-rated job performance, there was a high correlation withgeneral self-efficacy (�̂ � .51) and mixed EI (�̂ � .41), but near-zerorelationships with both cognitive ability (�̂ � .04) and ability EI (�̂ �.004). With regard to general self-efficacy, results showed that it ishighly correlated with all three personality traits: �̂ � .56 withEmotional Stability, �̂ � .54 with Conscientiousness, and �̂ � .51with Extraversion, and it strongly relates to mixed EI (�̂ � .45),whereas it has only a small relationship with cognitive ability (�̂ �.09).
After combining the original meta-analyses we have describedabove with the 20 previously published meta-analyses, we createdthe final meta-analytic correlation matrix, which we present inTable 3. On the basis of this correlation matrix, we estimated themultiple regression models presented in Table 5. Results indicate62% of the variance in mixed EI is captured by Conscientiousness,Extraversion, Emotional Stability, ability EI, cognitive ability,general self-efficacy, and self-rated job performance, suggestingthat a majority of the mix in mixed EI covers content fromwell-established psychological concepts (in contrast, only 23% ofthe variance in ability EI is captured by these constructs). As anaside, we note that general self-efficacy has a strong negativeregression coefficient for mixed EI (and for job performance, aswe show later), due to a suppression effect (Cohen, Cohen, West,& Aiken, 2003; Tzelgov & Henik, 1991) coming from high mul-ticollinearity of general self-efficacy with the three Big Five fac-tors and self-rated job performance. Results from the relativeimportance analysis, which partitions R2 and assigns percentagesof R2 contributed by each predictor (displayed in Table 6), indicatethat the most important predictors of mixed EI, in order, areEmotional Stability (29.5%), Extraversion (26.5%), Conscien-tiousness (16.1%), self-rated performance (14.2%), general self-efficacy (6.8%), and ability EI (5.5%). Thus, the answer to ourresearch question—What proportion of the variance in mixed EI isaccounted for by Conscientiousness, Extraversion, general self-efficacy, self-rated job performance, ability EI, Emotional stability,
Thi
sdo
cum
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pyri
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309SELF-REPORTED EMOTIONAL INTELLIGENCE
Tab
le4
Pri
mar
ySt
udie
sIn
clud
edin
the
16O
rigi
nal
Met
a-A
naly
ses
Stud
yN
Pred
icto
rm
easu
rer x
xC
rite
rion
mea
sure
r yy
r
Ade
yem
o&
Ogu
nyem
i(2
005)
300
Gen
eral
Self
-Eff
icac
y.8
2M
ixed
EI
.76
.32
Bes
t(2
002)
819
Gen
eral
Self
-Eff
icac
y.8
5E
mot
iona
lSt
abili
ty.9
2.5
6B
ledo
w&
Fres
e(2
009)
77G
ener
alSe
lf-E
ffic
acy
.79
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).9
6.2
8B
lickl
eet
al.
(200
9)21
0A
bilit
yE
I.8
1Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.84
.15
Boy
ar&
Mos
ley
(200
7)12
3G
ener
alSe
lf-E
ffic
acy
.88
Em
otio
nal
Stab
ility
.79
.22
Boy
ce,
Zac
caro
,&
Wis
ecar
ver
(201
0)32
7G
ener
alSe
lf-E
ffic
acy
.95
Con
scie
ntio
usne
ss.8
5.4
9B
oyce
,Z
acca
ro,
&W
isec
arve
r(2
010)
327
Gen
eral
Self
-Eff
icac
y.9
5C
ogni
tive
Abi
lity
.88
.0
5R
.F.
Bro
wn
&Sc
hutte
(200
6)16
7G
ener
alSe
lf-E
ffic
acy
.86
Mix
edE
I.8
5.5
8T
.J.
Bro
wn,
Mow
en,
Don
avan
,&
Lic
ata
(200
2)24
9C
onsc
ient
ious
ness
.73
Self
-rat
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bpe
rfor
man
ce.8
2.1
8T
.J.
Bro
wn,
Mow
en,
Don
avan
,&
Lic
ata
(200
2)24
9E
xtra
vers
ion
.86
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-rat
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bpe
rfor
man
ce.8
2.1
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.J.
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wn,
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en,
Don
avan
,&
Lic
ata
(200
2)24
9E
mot
iona
lSt
abili
ty.8
8Se
lf-r
ated
job
perf
orm
ance
.82
.14
Bry
an(2
007)
57G
ener
alSe
lf-E
ffic
acy
.67
Mix
edE
I.9
5.5
5B
urke
,M
atth
iese
n,&
Palle
sen
(200
6)46
0G
ener
alSe
lf-E
ffic
acy
.85
Con
scie
ntio
usne
ss.7
1.2
5B
urke
,M
atth
iese
n,&
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sen
(200
6)46
0G
ener
alSe
lf-E
ffic
acy
.85
Ext
rave
rsio
n.7
0.3
6B
urke
,M
atth
iese
n,&
Palle
sen
(200
6)46
0G
ener
alSe
lf-E
ffic
acy
.85
Em
otio
nal
Stab
ility
.82
.43
Byr
ne(2
003)
325
Mix
edE
I.9
2Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.73
.27
Byr
on(2
007)
58A
bilit
yE
I.7
0Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.91
.22
Byr
on,
Ter
rano
va,
&N
owic
ki(2
007)
109
Abi
lity
EI
.77
Self
-rat
edjo
bpe
rfor
man
ce.8
0.1
2B
yron
,T
erra
nova
,&
Now
icki
(200
7)51
Abi
lity
EI
.76
Self
-rat
edjo
bpe
rfor
man
ce.8
0
.23
Car
mel
i(2
003)
98M
ixed
EI
.90
Self
-rat
edjo
bpe
rfor
man
ce.8
7.3
2C
arm
eli
&Jo
sman
(200
6)21
5M
ixed
EI
.83
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).8
5.4
7C
han
(200
4)15
8G
ener
alSe
lf-E
ffic
acy
.80
Mix
edE
I.6
1.3
3C
hang
(200
8)87
4C
onsc
ient
ious
ness
.78
Self
-rat
edjo
bpe
rfor
man
ce.8
2.2
0C
hang
(200
8)87
4E
xtra
vers
ion
.78
Self
-rat
edjo
bpe
rfor
man
ce.8
2.1
9C
hang
(200
8)87
4E
mot
iona
lSt
abili
ty.7
8Se
lf-r
ated
job
perf
orm
ance
.82
.35
G.
Che
n,G
ully
,&
Ede
n(2
004)
267
Gen
eral
Self
-Eff
icac
y.8
6C
onsc
ient
ious
ness
.82
.29
G.
Che
n,G
ully
,&
Ede
n(2
004)
267
Gen
eral
Self
-Eff
icac
y.8
6E
mot
iona
lSt
abili
ty.8
2.4
1G
.C
hen,
Gul
ly,
&E
den
(200
4)14
8G
ener
alSe
lf-E
ffic
acy
.82
Con
scie
ntio
usne
ss.7
3.4
6G
.C
hen,
Gul
ly,
&E
den
(200
4)14
8G
ener
alSe
lf-E
ffic
acy
.82
Em
otio
nal
Stab
ility
.69
.42
G.
Che
n,G
ully
,W
hite
man
,&
Kilc
ulle
n(2
000)
158
Gen
eral
Self
-Eff
icac
y.8
8C
ogni
tive
Abi
lity
.90
.05
G.
Che
n,G
ully
,W
hite
man
,&
Kilc
ulle
n(2
000)
127
Gen
eral
Self
-Eff
icac
y.8
6C
ogni
tive
Abi
lity
.90
.08
G.
Che
n&
Klim
oski
(200
3)70
Gen
eral
Self
-Eff
icac
y.8
8Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.99
.0
1S.
X.
Che
n&
Car
ey(2
009)
113
Gen
eral
Self
-Eff
icac
y.9
1C
onsc
ient
ious
ness
.83
.27
S.X
.C
hen
&C
arey
(200
9)11
3G
ener
alSe
lf-E
ffic
acy
.91
Ext
rave
rsio
n.7
6.4
1S.
X.
Che
n&
Car
ey(2
009)
113
Gen
eral
Self
-Eff
icac
y.9
1E
mot
iona
lSt
abili
ty.8
6.3
7C
hris
tians
en,
Jano
vics
,&
Sier
s(2
010)
69A
bilit
yE
I.7
8Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.92
.21
Chu
(200
7)66
6G
ener
alSe
lf-E
ffic
acy
.84
Con
scie
ntio
usne
ss.7
8.4
7C
hu(2
007)
666
Gen
eral
Self
-Eff
icac
y.8
4E
mot
iona
lSt
abili
ty.7
8.3
0C
lem
mon
s(2
008)
231
Gen
eral
Self
-Eff
icac
y.8
6C
onsc
ient
ious
ness
.78
.34
Cle
mm
ons
(200
8)23
1G
ener
alSe
lf-E
ffic
acy
.86
Ext
rave
rsio
n.7
8.2
8C
lem
mon
s(2
008)
231
Gen
eral
Self
-Eff
icac
y.8
6E
mot
iona
lSt
abili
ty.7
8.2
9C
obêr
o,Pr
imi
&M
uniz
(200
6)11
9A
bilit
yE
I.7
8Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.89
.18
Con
vers
e,St
einh
ause
r,&
Path
ak(2
010)
90G
ener
alSe
lf-E
ffic
acy
.84
Con
scie
ntio
usne
ss.7
8.3
1C
ôté
&M
iner
s(2
006)
175
Abi
lity
EI
.92
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).9
1.3
2D
eRue
&M
orge
son
(200
7)14
3G
ener
alSe
lf-E
ffic
acy
.92
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).9
5.1
3D
evon
ish
&G
reen
idge
(201
0)17
5M
ixed
EI
.85
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).9
2
.03
Dul
ewic
z,H
iggs
&Sl
aski
(200
3)53
Mix
edE
I.7
7Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.58
.32
Dur
ánet
al.
(200
6)37
3G
ener
alSe
lf-E
ffic
acy
.86
Mix
edE
I.8
9.2
5
Thi
sdo
cum
ent
isco
pyri
ghte
dby
the
Am
eric
anPs
ycho
logi
cal
Ass
ocia
tion
oron
eof
itsal
lied
publ
ishe
rs.
Thi
sar
ticle
isin
tend
edso
lely
for
the
pers
onal
use
ofth
ein
divi
dual
user
and
isno
tto
bedi
ssem
inat
edbr
oadl
y.
310 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Tab
le4
(con
tinu
ed)
Stud
yN
Pred
icto
rm
easu
rer x
xC
rite
rion
mea
sure
r yy
r
Ebs
trup
,E
plov
,Pi
sing
er,
&Jo
rgen
sen
(201
1)32
15G
ener
alSe
lf-E
ffic
acy
.90
Con
scie
ntio
usne
ss.7
9.4
8E
bstr
up,
Epl
ov,
Pisi
nger
,&
Jorg
ense
n(2
011)
3215
Gen
eral
Self
-Eff
icac
y.9
0E
xtra
vers
ion
.82
.51
Ebs
trup
,E
plov
,Pi
sing
er,
&Jo
rgen
sen
(201
1)32
15G
ener
alSe
lf-E
ffic
acy
.90
Em
otio
nal
Stab
ility
.85
.51
Eis
sa&
Kha
lifa
(200
8)17
8G
ener
alSe
lf-E
ffic
acy
.82
Mix
edE
I.9
1.3
2E
lfen
bein
,C
urha
n,E
isen
kraf
t,Sh
irak
o,&
Bac
caro
(200
8)14
9N
egot
iatio
nSe
lf-E
ffic
acy
.80
Abi
lity
EI
.88
.0
3E
rez
&Ju
dge
(200
1)12
4G
ener
alSe
lf-E
ffic
acy
.78
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).6
1.2
2E
rez
&Ju
dge
(200
1)12
4G
ener
alSe
lf-E
ffic
acy
.78
Con
scie
ntio
usne
ss.8
0.5
2E
rez
&Ju
dge
(200
1)12
4G
ener
alSe
lf-E
ffic
acy
.78
Em
otio
nal
Stab
ility
.79
.69
Ere
z&
Judg
e(2
001)
473
Gen
eral
Self
-Eff
icac
y.9
0E
mot
iona
lSt
abili
ty.8
8.3
3E
rez
&Ju
dge
(200
1)11
2G
ener
alSe
lf-E
ffic
acy
.80
Em
otio
nal
Stab
ility
.89
.47
Fan,
Men
g,B
illin
gs,
Litc
hfie
ld,
&K
apla
ng(2
008)
255
Gen
eral
Self
-Eff
icac
y.8
8C
ogni
tive
Abi
lity
.78
.10
Farh
,Se
o,&
Tes
luk
(201
2)21
2A
bilit
yE
I.8
8Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.88
.08
Feng
,L
u,&
Xia
o(2
008)
513
Gen
eral
Self
-Eff
icac
y.8
8Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.78
.09
Fort
unat
o&
Gol
dbla
tt(2
006)
268
Gen
eral
Self
-Eff
icac
y.9
0C
onsc
ient
ious
ness
.84
.54
Foti
&H
auen
stei
n(2
007)
81G
ener
alSe
lf-E
ffic
acy
.85
Cog
nitiv
eA
bilit
y.9
0.1
2Fr
ese
etal
.(2
007)
123
Gen
eral
Self
-Eff
icac
y.8
8C
ogni
tive
Abi
lity
.69
.31
Fres
eet
al.
(200
7)80
Gen
eral
Self
-Eff
icac
y.7
9C
ogni
tive
Abi
lity
.67
.02
Fulle
ret
al.
(201
1)40
5G
ener
alSe
lf-E
ffic
acy
.89
Ext
rave
rsio
n.8
1.2
4G
abel
,D
olan
,&
Cer
din
(200
5)59
Mix
edE
I.7
7Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.86
.06
Gar
cía-
lzqu
ierd
o,G
arcí
a-lz
quie
rdo,
&R
amos
-Vill
agra
sa(2
007)
127
Gen
eral
Self
-Eff
icac
y.8
1M
ixed
EI
.90
.45
Gar
dner
&Pi
erce
(199
8)14
5G
ener
alSe
lf-E
ffic
acy
.86
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).9
4.1
1G
ardn
er&
Pier
ce(2
010)
230
Gen
eral
Self
-Eff
icac
y.9
3E
mot
iona
lSt
abili
ty.8
1.1
7G
olds
mith
(200
8)24
Mix
edE
I.7
8Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.79
.20
Gol
dsm
ith(2
008)
24A
bilit
yE
I.6
3Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.88
.11
Had
er(2
007)
129
Mix
edE
I.6
8Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.58
.29
Had
ley
(200
3)15
1G
ener
alSe
lf-E
ffic
acy
.84
Ext
rave
rsio
n.7
8.1
4H
anna
(200
8)46
Mix
edE
I.8
2Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.83
.21
Han
na(2
008)
46A
bilit
yE
I.8
7Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.83
.1
2H
egge
stad
&M
orri
son
(200
8)24
0So
cial
Self
-Eff
icac
y.7
4A
bilit
yE
I.8
8.1
0D
.M
.H
iggi
ns(2
009)
77C
ogni
tive
Abi
lity
.83
Self
-rat
edjo
bpe
rfor
man
ce.9
7.3
6D
.M
.H
iggi
ns,
Pete
rson
,Pi
hl,
&L
ee(2
007)
77C
onsc
ient
ious
ness
.81
Self
-rat
edjo
bpe
rfor
man
ce.9
7.2
8D
.M
.H
iggi
ns,
Pete
rson
,Pi
hl,
&L
ee(2
007)
77E
xtra
vers
ion
.88
Self
-rat
edjo
bpe
rfor
man
ce.9
7.2
8D
.M
.H
iggi
ns,
Pete
rson
,Pi
hl,
&L
ee(2
007)
77E
mot
iona
lSt
abili
ty.8
4Se
lf-r
ated
job
perf
orm
ance
.97
.20
H.
R.
Hig
gins
(200
1)17
5G
ener
alSe
lf-E
ffic
acy
.82
Con
scie
ntio
usne
ss.8
4.5
6H
.R
.H
iggi
ns(2
001)
175
Gen
eral
Self
-Eff
icac
y.8
2E
xtra
vers
ion
.81
.29
H.
R.
Hig
gins
(200
1)17
5G
ener
alSe
lf-E
ffic
acy
.82
Em
otio
nal
Stab
ility
.90
.43
R.
E.
John
son,
Ros
en&
Dju
rdje
vic
(201
1)12
9G
ener
alSe
lf-E
ffic
acy
.84
Em
otio
nal
Stab
ility
.84
.59
R.
E.
John
son,
Ros
en&
Dju
rdje
vic
(201
1)13
8G
ener
alSe
lf-E
ffic
acy
.82
Em
otio
nal
Stab
ility
.85
.52
R.
E.
John
son,
Ros
en&
Dju
rdje
vic
(201
1)22
3G
ener
alSe
lf-E
ffic
acy
.83
Em
otio
nal
Stab
ility
.89
.51
R.
E.
John
son,
Ros
en&
Dju
rdje
vic
(201
1)17
0G
ener
alSe
lf-E
ffic
acy
.85
Em
otio
nal
Stab
ility
.86
.64
R.
E.
John
son,
Ros
en&
Dju
rdje
vic
(201
1)14
0G
ener
alSe
lf-E
ffic
acy
.82
Em
otio
nal
Stab
ility
.84
.53
R.
E.
John
son,
Ros
en&
Dju
rdje
vic
(201
1)13
2G
ener
alSe
lf-E
ffic
acy
.84
Em
otio
nal
Stab
ility
.87
.48
R.
E.
John
son,
Ros
en&
Dju
rdje
vic
(201
1)13
5G
ener
alSe
lf-E
ffic
acy
.84
Em
otio
nal
Stab
ility
.88
.27
Judg
e,B
ono,
Ere
z,&
Loc
ke(2
005)
183
Gen
eral
Self
-Eff
icac
y.8
5E
mot
iona
lSt
abili
ty.8
9.4
9Ju
dge,
Bon
o,&
Loc
ke(2
002)
348
Gen
eral
Self
-Eff
icac
y.8
6E
mot
iona
lSt
abili
ty.9
0.6
0Ju
dge,
Ere
z,B
ono,
&T
hore
sen
(200
2)70
2G
ener
alSe
lf-E
ffic
acy
.94
Con
scie
ntio
usne
ss.7
4.3
2Ju
dge,
Ere
z,B
ono,
&T
hore
sen
(200
2)70
2G
ener
alSe
lf-E
ffic
acy
.94
Ext
rave
rsio
n.7
2.2
9Ju
dge,
Ere
z,B
ono,
&T
hore
sen
(200
2)27
0G
ener
alSe
lf-E
ffic
acy
.88
Con
scie
ntio
usne
ss.9
1.4
9Ju
dge,
Ere
z,B
ono,
&T
hore
sen
(200
2)27
0G
ener
alSe
lf-E
ffic
acy
.88
Ext
rave
rsio
n.8
8.5
3(t
able
cont
inue
s)
Thi
sdo
cum
ent
isco
pyri
ghte
dby
the
Am
eric
anPs
ycho
logi
cal
Ass
ocia
tion
oron
eof
itsal
lied
publ
ishe
rs.
Thi
sar
ticle
isin
tend
edso
lely
for
the
pers
onal
use
ofth
ein
divi
dual
user
and
isno
tto
bedi
ssem
inat
edbr
oadl
y.
311SELF-REPORTED EMOTIONAL INTELLIGENCE
Tab
le4
(con
tinu
ed)
Stud
yN
Pred
icto
rm
easu
rer x
xC
rite
rion
mea
sure
r yy
r
Judg
e,E
rez,
Bon
o,&
Tho
rese
n(2
002)
124
Gen
eral
Self
-Eff
icac
y.8
8C
onsc
ient
ious
ness
.90
.46
Judg
e,E
rez,
Bon
o,&
Tho
rese
n(2
002)
124
Gen
eral
Self
-Eff
icac
y.8
8E
xtra
vers
ion
.75
.35
Judg
e,E
rez,
Bon
o,&
Tho
rese
n(2
002)
72G
ener
alSe
lf-E
ffic
acy
.87
Con
scie
ntio
usne
ss.9
0.1
2Ju
dge,
Ere
z,B
ono,
&T
hore
sen
(200
2)72
Gen
eral
Self
-Eff
icac
y.8
7E
xtra
vers
ion
.75
.29
Judg
e,E
rez,
Bon
o,&
Tho
rese
n(2
002)
440
Gen
eral
Self
-Eff
icac
y.8
0C
onsc
ient
ious
ness
.84
.58
Judg
e,E
rez,
Bon
o,&
Tho
rese
n(2
002)
440
Gen
eral
Self
-Eff
icac
y.8
0E
xtra
vers
ion
.79
.48
Judg
e,E
rez,
Bon
o,&
Tho
rese
n(2
002)
277
Gen
eral
Self
-Eff
icac
y.8
5C
onsc
ient
ious
ness
.87
.45
Judg
e,E
rez,
Bon
o,&
Tho
rese
n(2
002)
277
Gen
eral
Self
-Eff
icac
y.8
5E
xtra
vers
ion
.78
.42
Judg
e,L
ePin
e,&
Ric
h(2
006)
131
Con
scie
ntio
usne
ss.8
0Se
lf-r
ated
job
perf
orm
ance
.83
.60
Judg
e,L
ePin
e,&
Ric
h(2
006)
131
Ext
rave
rsio
n.8
5Se
lf-r
ated
job
perf
orm
ance
.83
.22
Judg
e,L
ePin
e,&
Ric
h(2
006)
131
Em
otio
nal
Stab
ility
.81
Self
-rat
edjo
bpe
rfor
man
ce.8
3.2
1Ju
dge,
Loc
ke,
Dur
ham
,&
Klu
ger
(199
8)16
4G
ener
alSe
lf-E
ffic
acy
.90
Em
otio
nal
Stab
ility
.93
.67
Judg
e,L
ocke
,D
urha
m,
&K
luge
r(1
998)
122
Gen
eral
Self
-Eff
icac
y.8
3E
mot
iona
lSt
abili
ty.8
6.4
9Ju
dge,
Loc
ke,
Dur
ham
,&
Klu
ger
(199
8)12
2G
ener
alSe
lf-E
ffic
acy
.81
Em
otio
nal
Stab
ility
.85
.33
Judg
e,T
hore
sen,
Puci
k,&
Wel
bour
ne(1
999)
514
Gen
eral
Self
-Eff
icac
y.7
5Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.61
.08
Kir
k,Sc
hutte
,&
Hin
e(2
008)
92E
mot
iona
lSe
lf-E
ffic
acy
.85
Abi
lity
EI
.91
.34
Klu
empe
r(2
006)
66A
bilit
yE
I.7
7Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.90
.25
Klu
empe
r,D
eGro
ot,
&C
hoi
(201
3)10
2A
bilit
yE
I.7
8Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.86
.22
Klu
empe
r,D
eGro
ot,
&C
hoi
(201
3)85
Abi
lity
EI
.78
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).9
0.2
2K
ostm
an(2
004)
147
Mix
edE
I.7
9Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.80
.31
Lad
ebo
&A
wot
unde
(200
7)15
6G
ener
alSe
lf-E
ffic
acy
.81
Self
-rat
edjo
bpe
rfor
man
ce.7
6.2
2L
ange
ndör
fer
(200
8)12
2G
ener
alSe
lf-E
ffic
acy
.88
Con
scie
ntio
usne
ss.8
5.3
5L
ange
ndör
fer
(200
8)12
2G
ener
alSe
lf-E
ffic
acy
.88
Ext
rave
rsio
n.8
0.4
6L
ange
ndör
fer
(200
8)12
2G
ener
alSe
lf-E
ffic
acy
.88
Em
otio
nal
Stab
ility
.85
.67
Law
(200
3)88
Gen
eral
Self
-Eff
icac
y.8
3E
mot
iona
lSt
abili
ty.8
5.2
1L
ee,
Stet
tler,
&A
nton
akis
(201
1)46
0G
ener
alSe
lf-E
ffic
acy
.84
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).8
1.1
2L
ee,
Stet
tler,
&A
nton
akis
(201
1)46
0G
ener
alSe
lf-E
ffic
acy
.84
Con
scie
ntio
usne
ss.7
8.4
5L
ee,
Stet
tler,
&A
nton
akis
(201
1)46
0G
ener
alSe
lf-E
ffic
acy
.84
Ext
rave
rsio
n.7
8.3
9L
ee,
Stet
tler,
&A
nton
akis
(201
1)46
0G
ener
alSe
lf-E
ffic
acy
.84
Em
otio
nal
Stab
ility
.78
.55
Lee
,St
ettle
r,&
Ant
onak
is(2
011)
460
Gen
eral
Self
-Eff
icac
y.8
4C
ogni
tive
Abi
lity
.90
.1L
indl
ey(2
001)
301
Gen
eral
Self
-Eff
icac
y.8
7M
ixed
EI
.90
.54
Lu,
Cha
ng,
&L
ai(2
011)
310
Gen
eral
Self
-Eff
icac
y.9
3Se
lf-r
ated
job
perf
orm
ance
.81
.48
Lu,
Cha
ng,
&L
ai(2
011)
220
Gen
eral
Self
-Eff
icac
y.7
7Se
lf-r
ated
job
perf
orm
ance
.74
.46
Lut
hans
,A
volio
,A
vey,
&N
orm
an(2
007)
404
Con
scie
ntio
usne
ss.7
8Se
lf-r
ated
job
perf
orm
ance
.82
.20
Lut
hans
,A
volio
,A
vey,
&N
orm
an(2
007)
404
Ext
rave
rsio
n.7
8Se
lf-r
ated
job
perf
orm
ance
.82
.05
Lut
hans
,A
volio
,A
vey,
&N
orm
an(2
007)
404
Em
otio
nal
Stab
ility
.78
Self
-rat
edjo
bpe
rfor
man
ce.8
2.0
1M
cElr
oy,
Hen
dric
kson
,T
owns
end,
&D
eMar
ie(2
007)
153
Gen
eral
Self
-Eff
icac
y.8
0C
onsc
ient
ious
ness
.90
.59
McE
lroy
,H
endr
icks
on,
Tow
nsen
d,&
DeM
arie
(200
7)15
3G
ener
alSe
lf-E
ffic
acy
.80
Em
otio
nal
Stab
ility
.93
.52
McE
lroy
,H
endr
icks
on,
Tow
nsen
d,&
DeM
arie
(200
7)15
3G
ener
alSe
lf-E
ffic
acy
.80
Ext
rave
rsio
n.9
1.3
6M
cKin
ney
(200
3)30
6G
ener
alSe
lf-E
ffic
acy
.88
Em
otio
nal
Stab
ility
.91
.46
McK
inne
y(2
003)
114
Gen
eral
Self
-Eff
icac
y.8
8E
mot
iona
lSt
abili
ty.9
1.3
9M
cNat
t&
Judg
e(2
004)
57G
ener
alSe
lf-E
ffic
acy
.84
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).9
3
.06
Mei
er,
Sem
mer
,E
lfer
ing,
&Ja
cobs
hage
n(2
008)
96G
ener
alSe
lf-E
ffic
acy
.80
Em
otio
nal
Stab
ility
.77
.51
Mir
sale
h,R
ezai
,K
ivi,
&G
horb
ani
(201
0)12
7G
ener
alSe
lf-E
ffic
acy
.85
Con
scie
ntio
usne
ss.6
1.5
4M
irsa
leh,
Rez
ai,
Kiv
i,&
Gho
rban
i(2
010)
127
Gen
eral
Self
-Eff
icac
y.8
5E
xtra
vers
ion
.76
.39
Mir
sale
h,R
ezai
,K
ivi,
&G
horb
ani
(201
0)12
7G
ener
alSe
lf-E
ffic
acy
.85
Em
otio
nal
Stab
ility
.79
.52
Mun
iz&
Prim
i(2
007)
80A
bilit
yE
I.7
8Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.81
.0
1O
h&
Ber
ry(2
009)
239
Con
scie
ntio
usne
ss.9
2Se
lf-r
ated
job
perf
orm
ance
.88
.27
Oh
&B
erry
(200
9)23
9E
xtra
vers
ion
.95
Self
-rat
edjo
bpe
rfor
man
ce.8
8.3
2O
h&
Ber
ry(2
009)
239
Em
otio
nal
Stab
ility
.93
Self
-rat
edjo
bpe
rfor
man
ce.8
8.2
8
Thi
sdo
cum
ent
isco
pyri
ghte
dby
the
Am
eric
anPs
ycho
logi
cal
Ass
ocia
tion
oron
eof
itsal
lied
publ
ishe
rs.
Thi
sar
ticle
isin
tend
edso
lely
for
the
pers
onal
use
ofth
ein
divi
dual
user
and
isno
tto
bedi
ssem
inat
edbr
oadl
y.
312 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Tab
le4
(con
tinu
ed)
Stud
yN
Pred
icto
rm
easu
rer x
xC
rite
rion
mea
sure
r yy
r
Oke
ch(2
004)
180
Tea
chin
gSe
lf-E
ffic
acy
.77
Abi
lity
EI
.90
.87
Ono
,Sa
chau
,D
eal,
Eng
lert
,&
Tay
lor
(201
1)38
Mix
edE
I.7
9Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.95
.45
Ore
g(2
003)
134
Gen
eral
Self
-Eff
icac
y.9
3C
onsc
ient
ious
ness
.84
.36
Ore
g(2
003)
134
Gen
eral
Self
-Eff
icac
y.9
3E
xtra
vers
ion
.87
.49
Ore
g(2
003)
134
Gen
eral
Self
-Eff
icac
y.9
3E
mot
iona
lSt
abili
ty.7
9.2
1O
swal
det
al.
(200
4)61
1C
onsc
ient
ious
ness
.83
Self
-rat
edjo
bpe
rfor
man
ce.8
0.3
0O
swal
det
al.
(200
4)61
1E
xtra
vers
ion
.88
Self
-rat
edjo
bpe
rfor
man
ce.8
0.2
4O
swal
det
al.
(200
4)61
1E
mot
iona
lSt
abili
ty.8
4Se
lf-r
ated
job
perf
orm
ance
.80
.15
Osw
ald
etal
.(2
004)
611
Cog
nitiv
eA
bilit
y.8
3Se
lf-r
ated
job
perf
orm
ance
.80
.0
1O
wen
s(2
009)
104
Gen
eral
Self
-Eff
icac
y.8
4C
onsc
ient
ious
ness
.78
.40
Ow
ens
(200
9)10
3G
ener
alSe
lf-E
ffic
acy
.84
Cog
nitiv
eA
bilit
y.9
0.2
9Pa
rker
(200
7)58
Gen
eral
Self
-Eff
icac
y.6
9Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.61
.05
Petr
ides
&Fu
rnha
m(2
006)
87M
ixed
EI
.84
Self
-rat
edjo
bpe
rfor
man
ce.8
0.3
3Pe
trid
es&
Furn
ham
(200
6)80
Mix
edE
I.8
9Se
lf-r
ated
job
perf
orm
ance
.80
.03
Picc
olo,
Judg
e,T
akah
ashi
,W
atan
abe,
&L
ocke
(200
5)27
1G
ener
alSe
lf-E
ffic
acy
.80
Em
otio
nal
Stab
ility
.86
.41
Pier
ro(1
997)
98G
ener
alSe
lf-E
ffic
acy
.84
Con
scie
ntio
usne
ss.8
6.5
8Pi
erro
(199
7)98
Gen
eral
Self
-Eff
icac
y.8
4E
xtra
vers
ion
.82
.48
Pier
ro(1
997)
98G
ener
alSe
lf-E
ffic
acy
.84
Em
otio
nal
Stab
ility
.79
.20
Plat
t(2
010)
97G
ener
alSe
lf-E
ffic
acy
.84
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).9
8
.10
Prat
i(2
004)
209
Mix
edE
I.8
9Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.94
.15
Ram
assi
ni(2
000)
204
Gen
eral
Self
-Eff
icac
y.8
4E
mot
iona
lSt
abili
ty.7
8.4
9R
eece
(200
7)15
0G
ener
alSe
lf-E
ffic
acy
.96
Em
otio
nal
Stab
ility
.91
.55
Rob
inso
n(2
009)
160
Gen
eral
Self
-Eff
icac
y.7
8C
ogni
tive
Abi
lity
.90
.08
Rod
eet
al.
(200
8)59
Abi
lity
EI
.88
Self
-rat
edjo
bpe
rfor
man
ce.8
0
.01
Ros
ete
&C
iarr
ochi
(200
5)41
Abi
lity
EI
.78
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).8
9.2
0R
ozel
l,Pe
ttijo
hn,
&Pa
rker
(200
4)10
3M
ixed
EI
.83
Self
-rat
edjo
bpe
rfor
man
ce.8
5.2
0Sc
hend
el(2
010)
48C
ouns
elor
Act
ivity
Self
-E
ffic
acy
.95
Abi
lity
EI
.82
.10
Schi
mtt
etal
.(2
007)
2488
Cog
nitiv
eA
bilit
y.8
3Se
lf-r
ated
job
perf
orm
ance
.74
.03
Schu
mac
her
(200
5)35
Mix
edE
I.6
8Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.74
.35
Sem
adar
,R
obin
s,&
Ferr
is(2
006
136
Mix
edE
I.9
4Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.92
.25
Sevi
nc(2
001)
69M
ixed
EI
.80
Self
-rat
edjo
bpe
rfor
man
ce.8
0.2
0Sh
ahza
d,Sa
rmad
,A
bbas
,&
Kha
n(2
011)
100
Mix
edE
I.8
2Se
lf-r
ated
job
perf
orm
ance
.73
.43
Sjob
erg,
Litt
orin
,&
Eng
elbe
rg(2
005)
45M
ixed
EI
.76
Self
-rat
edjo
bpe
rfor
man
ce.8
0.2
5Sl
aski
&C
artw
righ
t(2
002)
224
Mix
edE
I.7
9Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.80
.22
Smith
&Fo
ti(1
998)
160
Gen
eral
Self
-Eff
icac
y.8
8C
ogni
tive
Abi
lity
.90
.06
Sove
rn(2
008)
206
Gen
eral
Self
-Eff
icac
y.7
3E
mot
iona
lSt
abili
ty.8
9.4
4St
ewar
t,Pa
lmer
,W
ilkin
,&
Ker
rin
(200
8)11
0G
ener
alSe
lf-E
ffic
acy
.86
Con
scie
ntio
usne
ss.8
1.4
1St
ewar
t,Pa
lmer
,W
ilkin
,&
Ker
rin
(200
8)11
0G
ener
alSe
lf-E
ffic
acy
.86
Em
otio
nal
Stab
ility
.88
.64
Ston
e,Pa
rker
,&
Woo
d(2
005)
383
Mix
edE
I.7
9Jo
bpe
rfor
man
ce(s
uper
viso
r-ra
ted)
.89
.39
Ston
e,Pa
rker
,&
Woo
d(2
005)
412
Mix
edE
I.9
3Se
lf-r
ated
job
perf
orm
ance
.83
.37
Stro
bel,
Tum
asja
n,&
Spor
rle
(201
1)18
0G
ener
alSe
lf-E
ffic
acy
.85
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).7
7.1
5St
robe
l,T
umas
jan,
&Sp
orrl
e(2
011)
180
Gen
eral
Self
-Eff
icac
y.8
5C
onsc
ient
ious
ness
.81
.37
Stro
bel,
Tum
asja
n,&
Spor
rle
(201
1)18
0G
ener
alSe
lf-E
ffic
acy
.85
Ext
rave
rsio
n.7
5.4
3St
robe
l,T
umas
jan,
&Sp
orrl
e(2
011)
180
Gen
eral
Self
-Eff
icac
y.8
5E
mot
iona
lSt
abili
ty.8
6.5
4St
umpp
,M
uck,
Hul
sheg
er,
Judg
e,&
Mai
er(2
010)
199
Gen
eral
Self
-Eff
icac
y.8
7C
onsc
ient
ious
ness
.83
.51
Stum
pp,
Muc
k,H
ulsh
eger
,Ju
dge,
&M
aier
(201
0)19
9G
ener
alSe
lf-E
ffic
acy
.87
Ext
rave
rsio
n.8
0.4
5St
umpp
,M
uck,
Hul
sheg
er,
Judg
e,&
Mai
er(2
010)
199
Gen
eral
Self
-Eff
icac
y.8
7E
mot
iona
lSt
abili
ty.8
2.6
1St
urm
an(2
011)
119
Gen
eral
Self
-Eff
icac
y.8
4C
onsc
ient
ious
ness
.78
.54
Stur
man
(201
1)11
9G
ener
alSe
lf-E
ffic
acy
.84
Ext
rave
rsio
n.7
8.3
4(t
able
cont
inue
s)
Thi
sdo
cum
ent
isco
pyri
ghte
dby
the
Am
eric
anPs
ycho
logi
cal
Ass
ocia
tion
oron
eof
itsal
lied
publ
ishe
rs.
Thi
sar
ticle
isin
tend
edso
lely
for
the
pers
onal
use
ofth
ein
divi
dual
user
and
isno
tto
bedi
ssem
inat
edbr
oadl
y.
313SELF-REPORTED EMOTIONAL INTELLIGENCE
Tab
le4
(con
tinu
ed)
Stud
yN
Pred
icto
rm
easu
rer x
xC
rite
rion
mea
sure
r yy
r
Stur
man
(201
1)11
9G
ener
alSe
lf-E
ffic
acy
.84
Em
otio
nal
Stab
ility
.78
.60
Tew
s,M
iche
l,&
Noe
(201
1)26
5G
ener
alSe
lf-E
ffic
acy
.81
Job
perf
orm
ance
(sup
ervi
sor-
rate
d).7
7.1
5T
ews,
Mic
hel,
&N
oe(2
011)
265
Gen
eral
Self
-Eff
icac
y.8
1C
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anal
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EI
�em
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nal
inte
llige
nce;
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�re
liabi
lity
ofth
epr
edic
tor;
r yy
�re
liabi
lity
ofth
ecr
iteri
on.
Thi
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cum
ent
isco
pyri
ghte
dby
the
Am
eric
anPs
ycho
logi
cal
Ass
ocia
tion
oron
eof
itsal
lied
publ
ishe
rs.
Thi
sar
ticle
isin
tend
edso
lely
for
the
pers
onal
use
ofth
ein
divi
dual
user
and
isno
tto
bedi
ssem
inat
edbr
oadl
y.
314 JOSEPH, JIN, NEWMAN, AND O’BOYLE
and cognitive ability?—is that a majority of variance in mixed EI(62%; multiple R � .79) is accounted for by these constructs, andthe most important predictors of mixed EI are personality traits andself-perceptions.
Next, we estimated the models in Figures 1, 2, and 3. Thesample size for these models was set at 2,168, which is the samplesize for the mixed EI–job performance bivariate relationship.When no common covariates were taken into consideration, therewas a statistically significant direct effect (� � .29; standardizedcoefficient) from mixed EI to job performance (i.e., the bivariatecorrelation). When the theorized antecedents (ability EI, Emo-tional Stability, cognitive ability, Conscientiousness, Extraversion,general self-efficacy, and self-rated job performance) were speci-fied as common covariates of both mixed EI and job performance(Figure 2, Model B), the mixed EI effect on job performancedropped from � � .29 to near zero (� � –.02, ns). Indeed, ourhypothesized model, which specified no incremental validity formixed EI in the presence of the seven KSAOs (i.e., the heteroge-neous domain sampling model; Figure 1, Model A), displayednearly perfect model fit indices [�2(df � 1) � 0.19 (p � .05),RMSEA � .00, CFI � 1.00, TLI � 1.01, SRMR � .001]. Theseresults support our expectation that mixed EI fails to exhibit
incremental validity when a set of common causes of mixed EI andjob performance are controlled. Consistent with these results, thefull mediation model (Figure 3, Model C) yielded poor model fit[�2(df � 7) � 232.84 (p � .05), RMSEA � .22, CFI � .88, TLI �.37, SRMR � .07]. Note that Model B is saturated (df � 0), andthus, the fit indices are meaningless (all fit indices take theirmaximum values, by design).
Finally, a meta-analysis of the relationship between mixed EI andobjective results measures of performance was conducted (see Ap-pendix B), in order to compare the bivariate mixed EI-performancerelationship across different criteria (i.e., supervisor ratings of perfor-mance vs. objective results criteria). The meta-analytic relationshipbetween mixed EI and objective results performance measures was�̂ � .17 (k � 11, N � 1,846), which is smaller than the estimatedrelationship between mixed EI and subjective supervisor ratings ofjob performance (�̂ � .29, k � 15, N � 2,168). This finding wasconsistent with our theoretical expectation that mixed EI (as anemployee KSAO/trait) would affect objective/results performance byway of supervisor-rated job performance behavior (see Figure 4). Totest this assertion, we entered the previously described meta-analyticcorrelations into a mediation model (for the correlation betweenobjective results and subjective performance ratings, we used Bom-mer, Johnson, Rich, Podsakoff, & MacKenzie’s [1995] meta-analyticestimate of �̂ � .39). The practical fit of this mediation model[�2(df � 1) � 7.69 (p � .05), N � 1,846, RMSEA � .060, CFI �.99, TLI � .96, SRMR � .02] was deemed adequate, and the indirecteffect of mixed EI on objective results performance was statisticallysignificant (95% Monte Carlo confidence interval [.09, .13]; Preacher& Selig, 2012; see Figure 2). If we had additionally estimated thedirect effect from mixed EI to objective results performance (df � 0;saturated model), the direct path coefficient would have beensmall (� � .06; p � .05), and the path from supervisor-rated jobperformance to objective results would have fallen a negligibleamount, from � � .39 to � � .37. Altogether, these resultssupport our assertion that mixed EI primarily relates to objec-tive results criteria by way of its relationship with supervisor-rated job performance (Figure 4).
Table 5Meta-Analytic Regression Predicting Mixed EI, Ability EI, and Job Performance
Predictor
Dependent variable
Mixed EI Ability EI Job performance Job performance
Ability EI .20� — .18� .19�
Conscientiousness .45� .07� .33� .34�
Extraversion .56� .04 .20� .21�
Emotional Stability .52� .03 .09� .11�
Cognitive ability .06� .21� .43� .42�
General self-efficacy .61� .54� .52� .53�
Self-rated performance .31� .25� .41� .42�
Mixed EI — — — .02
R2 .62� .23� .3948� .3950�
Adjusted R2 .61� .20� .3928� .3927�
�R2 .0002
Note. Standardized regression coefficients. For mixed emotional intelligence (EI), harmonic mean N � 2,127;for ability EI, harmonic mean N � 2,006; for job performance, N � 2,168 (i.e., the sample size for the mixedEI–job performance bivariate relationship).� p � .05.
Table 6Relative Importance Analysis
Variable
Mixed emotional intelligence
Raw relativeweights % of R2
Ability EI .034 5.5Conscientiousness .100 16.1Extraversion .166 26.5Emotional Stability .183 29.5Cognitive Ability .007 1.1General self-efficacy .042 6.8Self-rated performance .088 14.2R2 .62
Note. EI � emotional intelligence.
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315SELF-REPORTED EMOTIONAL INTELLIGENCE
Discussion
The link between emotional intelligence and work outcomes suchas job performance has been an area of major controversy (Cherniss,2010; Murphy, 2006). Despite ever-growing attention from both thepublic and academia, and despite the well-known hyperclaims regard-ing the criterion-related validity of mixed EI in predicting workplacesuccess (e.g., Goleman, 1995), it has heretofore been unclear whatmixed EI instruments measure, and why these instruments predict jobperformance so well. The current study contributed to the existingliterature in two ways. First, we opened the black box of mixed EIconstruct validity by examining the extent to which mixed EI mea-sures capture content from the following constructs: Conscientious-ness, Extraversion, general self-efficacy, self-rated performance, abil-ity EI, Emotional Stability, and cognitive ability. Results demonstratethat a majority of the variance in mixed EI measures is captured bythese constructs (i.e., 62%; multiple R � .79), suggesting thesemeasures tend to sample content from various well-established con-struct domains in psychology.
Second, based on a combination of original and published meta-analytic results, we estimated the extent to which mixed EI demon-strates incremental validity over the seven well-established constructs(Figure 1) in hopes of answering the question, “Why does mixed EIstrongly predict job performance?” Our results indicated that aftercontrolling for these constructs, the relationship between mixed EIand job performance dropped to near zero (� � .02; ns). Basedupon these findings, the current study offers the unique insight that thepredictive merit of mixed EI can be almost fully explained after oneconsiders ability EI, self-perceptions (i.e., general self-efficacy andself-rated job performance), personality, and cognitive ability. Thisresult differs from the results of previous analyses (Joseph & New-man, 2010b; O’Boyle et al., 2011), which demonstrated sizeableincremental validity for mixed EI beyond the Big Five and cognitiveability but which did not control for self-perceptions or for ability EI.
En route to the previously stated result (i.e., answering why mixedEI predicts job performance), we also updated the meta-analyticcorrelation of mixed EI with job performance by including morestudies than previous meta-analyses and by applying a strict opera-tional definition of job performance that focused only on supervisorratings of performance. Our result (�̂ � .29) was notably smaller thanthe .47 estimate reported by Joseph and Newman (2010b) but quitesimilar to the effect size (�̂ � .28) reported by O’Boyle et al. (2011).However, we note that O’Boyle et al. (2011) had defined job perfor-mance very broadly, to include academic performance, sports perfor-mance, self-rated performance, work adjustment, and other criterioncontent (see Table 1). Thus, although the current effect size is similar,the construct relationship being estimated here is quite different fromthat of O’Boyle et al.
Theoretical Implications
We now have a theoretical explanation for why mixed EI predictsjob performance—and it turns out to be largely a psychometricexplanation. Mixed EI measures reflect a heterogeneous combinationof traits that have long been known to predict job performance. Thatis, mixed EI measures appear to have been developed (perhaps unin-tentionally) through a process of heterogeneous domain samplingfrom seven well-established content domains.
One implication of the heterogeneous domain sampling modelof mixed EI is that mixed EI researchers can now borrow substan-
tive theory from the constituent constructs of mixed EI. To elab-orate, because we now know what mixed EI is, we can use theoryfrom the nomological networks of the seven constituent constructdomains to explain additional outcomes of mixed EI beyond jobperformance. For example, the large portion of Emotional Stabil-ity, Extroversion, and Conscientiousness content in mixed EIcould help explain why mixed EI would be a robust predictor ofjob satisfaction (see Judge, Heller, & Mount, 2002) and leadership(Harms & Credé, 2010; Judge, Bono, Ilies, & Gerhardt, 2002).
Another theoretical implication raised by our study involvesthe standards for construct validity itself and the general ques-tion of whether heterogeneous domain sampling should beconsidered a legitimate method for establishing “new” con-structs. On the one hand, some critics might raise the objectionthat discriminant validity is a cornerstone of construct validity(Campbell & Fiske, 1959), and heterogeneous domain samplingprevents discriminant validity, by definition (i.e., if mixed EIdirectly reflects its constituent constructs, then it cannot beconsidered distinct from them). As one example of this, heter-ogeneous domain sampling might help explain why the discrim-inant validity of EI ratings from Big Five personality domainsis sometimes weak (see multitrait–multimethod evidence fromJoseph & Newman, 2010a)— because EI ratings explicitly con-tain some Big Five content. On the other hand, proponents ofheterogeneous domain sampling might contend that creatingnovel composites of established constructs is itself a meaning-ful contribution. Macey and Schneider (2008) made this sort ofargument when they characterized the employee engagementconstruct as, “a new blend of old wines” (p. 10), despite the factthat employee engagement was rather clearly developed viaheterogeneous domain sampling by borrowing content from jobsatisfaction, organizational commitment, job involvement, andjob affect (Newman & Harrison, 2008; Newman, Joseph, &Hulin, 2010). The question of whether heterogeneous domainsampling can be considered a legitimate new method for scaledevelopment is a major theoretical conundrum that emergesfrom the current article, but this question is, as yet, unanswered.
As an aside, we note that proprietary measurement—which is auseful way to protect intellectual property and recoup the costs ofmeasurement research and development—is nonetheless a barrier toscientific progress here, because proprietary measurement hides thesurvey items and thereby can hide the fact that a measure was derivedvia heterogeneous domain sampling. This practice gives short shrift tothe long-established constituent constructs, which are the predictiveworkhorses in newer compound concepts like mixed EI but which areforced into anonymity by measurement copyrights.
Finally, another natural consequence of the heterogeneous domainsampling model is the need to ensure more valid construct labeling.For mixed EI, the question is whether this composite construct shouldreally be called “emotional intelligence,” or even “emotional compe-tence” (cf. Cherniss, 2010). Although we do not feel authorized tosupplant the widely adopted “emotional intelligence” label, the im-plication of the current study for conceptual construct labeling is thatmixed EI measures reflect mixed competence traits (i.e., “mixed EI”describes individuals who are emotionally stable, outgoing, conscien-tious, with a high estimation of their own past and future performance,and [to a lesser extent] emotionally intelligent).
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316 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Limitations and Future Research
The current research is also vulnerable to certain limitations, whichleaves room for additional corresponding future research. One partic-ular Big Five trait that deserves further discussion here is Agreeable-ness. Ample research evidence has supported the overlap betweenAgreeableness and mixed EI (e.g., De Raad, 2005; Joseph & New-man, 2010b; Petrides & Furnham, 2001); however, we did not includeAgreeableness in our model (Figures 1, 2, and 3), primarily becausethis is a model of the theorized common causes of mixed EI and jobperformance. Agreeableness has a negligible relationship with jobperformance (Barrick & Mount, 1991), and it has been noted thatqualities such as empathy and interpersonal sensitivity might evenimpair job performance when the work situation demands ruthless-ness and toughness (Zeidner et al., 2004). However, we recommendthat future researchers who investigate the links between mixed EIand contextual performance (Ilies, Fulmer, Spitzmuller, & Johnson,2009), counterproductive work behavior (Berry, Ones, & Sackett,2007), or team performance (Bell, 2007) consider the role of Agree-ableness as a common cause. We should also note that whereas thecurrent study controlled for some broad Big Five traits (e.g., Extra-version, Conscientiousness), Mayer et al. (2008) specifically de-scribed mixed EI content in terms of narrower facets of these traits(e.g., gregariousness, assertiveness, impulse control). Future research-ers should attend to whether these particular personality subfacets canmore parsimoniously explain the mixed EI–job performance relation-ship.
As suggested by some researchers (Cherniss, 2010; Jordan,Dasborough, Daus, & Ashkanasy, 2010), future studies could alsoexplore the influence of the work context on EI. Depending on thetype of job, specific situation, or various kinds of people involved,different profiles inside the mixed EI “grab bag” may potentiallyhave different effects. As a meta-analysis, the current study onlyspeaks to average effects that were obtained across jobs.
It is also worth noting that whereas the current study focused onhow mixed EI appears to demonstrate a lack of incremental va-lidity after controlling for a linear combination of personality,self-perceptions, ability EI, and cognitive ability; some proponentsof mixed EI might argue that mixed EI is actually a profile ofvarious psychological constructs, rather than a simple linear com-bination, and this profile could demonstrate incremental validity inpredicting job performance. Although this may be the case, thecurrent study focused on how mixed EI is currently measured (i.e.,as a linear combination), and additional research would be neces-sary to investigate the issue of mixed EI profiles. As another issue,we mention that EI need not have uniformly positive effects. Therecould also be a dark side of EI, in which emotionally intelligentindividuals are capable of deviant behavior when motivated (Côté,DeCelles, McCarthy, Van Kleef, & Hideg, 2011; Kilduff, Chia-buru, & Menges, 2010).
As one final direction for future research, we note that the relation-ship between mixed EI and job performance may vary across dimen-sions of mixed EI. Based on a reviewer’s suggestion, we meta-analyzed the relationships of mixed EI facets with both jobperformance and the covariates shown in Figure 1 (see Appendix C;note that no primary study correlations were available between gen-eral self-efficacy and mixed EI facets, therefore specific self-efficacywas used as a substitute here). Although we could only estimate ourstructural models using the facets of Bar-On’s EQ-i (due to a lack of
facet-level data for other mixed EI measures; e.g., see Tables A andB), Table C shows that the covariates explain between 35% and 56%of the variance in each mixed EI facet; and Table C2 demonstratesthat after including the covariates, no mixed EI facet retains positiveincremental validity for job performance (although some EI facetsexhibit incremental validity with a negative regression coefficient, dueto suppressor effects). In essence, these facet-level examinationslargely replicate the results found for overall mixed EI: the covariatesexplain much of the mixed EI variance (helping to answer the ques-tion of what mixed EI is), and the covariates also explain the rela-tionship between mixed EI and job performance (helping to answerthe question of why mixed EI predicts job performance; although wecaution these EI facet-level results are based on a relatively smallamount of data).
Practical Implications
In addition to the currently proposed theoretical enhancement toour understanding of the mixed EI construct (i.e., our new explanationfor what mixed EI is and why mixed EI predicts job performance), thefindings of the current article have several practical implications.First, our findings reiterate previous meta-analytic conclusions thatsuggested mixed EI predicts supervisor ratings of job performancerather well—at least as strongly as any other personality construct(Joseph & Newman, 2010b; O’Boyle et al., 2011; cf. Barrick et al.,2001). Thus, for practitioners who have little concern about theoverlap between mixed EI and other, well-established psychologicalconstructs, these results suggest that mixed EI measures may be usedas part of a selection system because they tap into a diffuse, com-pound construct of personality and self-perceptions that exhibits rea-sonable criterion-related validity. This conclusion is markedly differ-ent from Joseph and Newman’s (2010b) admonition to, “exerciseextreme caution when using mixed EI measures” because it was “notclear why” mixed EI predicts job performance (p. 72). In other words,despite the fact that mixed EI does not appear to increase scientificparsimony in the construct space of the organizational sciences, thecurrent meta-analytic results suggest that practitioners could use asingle mixed EI measure to capture a portion of the criterion-relatedvalidity that could otherwise be captured by using a battery of sevenKSAOs.
However, we note that the criterion-related validity of mixed EI(r2 � .292 � .08) falls notably short of the criterion-related validityfor the composite of seven KSAOs (R2 � 39; see Table 5)—revealingthat although mixed EI offers no incremental prediction beyond theseven KSAOs, the seven KSAOs do offer considerable incrementalprediction beyond mixed EI. As such, and given that the majority ofmixed EI measures are proprietary and require fees to administer,practitioners will likely be faced with a choice between a shorter,more expensive mixed EI measure with lower criterion-related valid-ity versus a much longer battery of personality, cognitive ability, andself-concept measures with notably higher criterion-related validity.Managing this tradeoff will depend upon practitioners’ judgmentsabout applicants’ time, willingness, and capability to complete alengthy battery of seven KSAOs. Another practical implication of thecurrent article is that it illustrates a difficult decision practitioners mustmake once they have determined they want to assess EI. Practitionersmust choose between ability EI measures, which show a weakerrelationship with job performance but more precisely capture thenotion of EI as an intelligence (MacCann et al., 2014), versus mixed
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317SELF-REPORTED EMOTIONAL INTELLIGENCE
EI measures, which show a stronger relationship with job perfor-mance but broadly measure many constructs in addition to emotionalcompetencies.
Conclusion
The current study attempted to help unravel the mix of whatmixed EI actually is. According to current results, the activeingredients in mixed EI—which make it one of the strongestknown personality-based predictors of job performance—includeConscientiousness, self-efficacy, self-rated performance, and Ex-traversion (confirming the conjectures of Mayer et al., 2008, andNewman et al., 2010), in addition to ability EI, Emotional Stabil-ity, and cognitive ability. These results illustrate that developers ofmixed EI measures may have engaged in heterogeneous domainsampling (Cronbach & Meehl, 1955; Ghiselli et al., 1981; Nun-nally, 1967), whereby mixed EI measures were constructed tosample from various well-known psychological content domains.Armed with new knowledge of which psychological fundamentsconstitute mixed EI measures, the current article aids in the processof establishing the construct validity of mixed EI. In answer to thework that questioned whether mixed EI measures should be usedin personnel selection because it was not clear why mixed EIpredicted job performance (Joseph & Newman, 2010b), the currentresults suggest that practitioners might be using measures of mixedEI as a practical, shorthand alternative to a lengthy battery ofseveral more traditional KSAOs.
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328 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Appendix A
Studies Excluded From Original Meta-Analyses
Study Predictor measure Criterion measure Reason for exclusion
Adeyemo (2007) Mixed EI (EIS; Schutte et al., 1998) Academic self-efficacy Not general self-efficacyAremu & Lawal (2009) Mixed EI (SREIT; Schutte et al., 1998) Police-specific self-efficacy Not general self-efficacyAshkanasy & Dasborough (2003) Ability EI (MSCEIT; Mayer et al.,
2002)Overall course assessment Not job performance
Austin, Evans, Goldwater, & Potter(2005)
Mixed EI (Austin, Saklofske, Huang,& McKenney, 2004)
Academic performance Not job performance
Avery (2003) Specific self-efficacy Big Five personality traits Not general self-efficacyBachman, Stein, Campbell, &
Sitarenios (2000)EQ-i (Bar-On, 1997) Success in debt collection Not job performance
Baker (2007) — Emotional Stability Sensitivity used as ameasure of EmotionalStability
Barchard (2003) Ability EI (MSCEIT; Mayer et al.,1999)
Year-end grades Not job performance
Barfoot (2007) Self-rated ability EI (Wong & Law,2002)
General self-efficacy Self-rated ability EI
Bellamy, Gore, & Sturgis (2005) Mixed EI (Tapia & Burry-Stock, 1998) Specific self-efficacy Not general self-efficacyBernard, Hutchison, Lavin, &
Pennington (1996) Composite self-efficacy across domains Big Five personality traits Not general self-efficacyBishop & Johnson (2011) Cognitive ability (GPA) Self-efficacy in earing
course gradesGPA as a measure of
cognitive ability, notgeneral self-efficacy.
Boyatzis (2006) Mixed EI (developed in this study) Financial performance Not self-rated mixed EIBrackett & Mayer (2003) Mixed EI (EQ-i; Bar-On, 1997;
SREIT; Schutte et al., 1998)High school rank & college
GPANot job performance
Breland & Donovan (2005) Task-specific self-efficacy Test performance in class Not generalself-efficacy; not jobperformance
Brizz (2004) Mixed EI (ECI–2.0; Boyatzis &Goleman, 2001)
Parishioner support Not job performance
C. Brown, George-Curran, & Smith(2003)
Mixed EI (Tapia, 2001) Career decision-makingself-efficacy
Not general self-efficacy
F. W. Brown, Bryant, & Reilly (2006) Mixed EI (EQ-i; Bar-On, 1997) Subordinate-rated leadereffectiveness
Not supervisor-rated jobperformance
Byrne, Dominick, Smither, & Reilly(2007)
Mixed EI (ECI–2.0; Boyatzis &Goleman, 2001)
Coworker (e.g., peers,supervisors,subordinates) rating ofmanagerial skills
Not supervisor-rated jobperformance
Calloway (2010) Self-rated ability EI (Wong & Law,2002)
General self-efficacy Self-rated ability EI
Cavins (2005) Mixed EI (EQ-i; Bar-On, 1997) Director-rated studentleader performance
Not job performance
D. W. Chan (2008) Mixed EI (EIS; Schutte et al., 1998) General teacher self-efficacy
Not general self-efficacy
K.-Y. Chan (1999) Leadership self-efficacy Big Five personality traits Not general self-efficacyCikanek (2006) Mixed EI (ESAP; Nelson & Low,
1999)Counseling self-efficacy Not general self-efficacy
Collins (2002) Ability EI (MSCEIT; Mayer et al.,2000)
Multi-rater feedback ofexecutive success
Not supervisor-rated jobperformance
DeRue & Morgeson (2007) General self-efficacy Supervisor-rated overallperformance
Not in real worksituation
Devaraj, Easley, & Grant (2008) Computer self-efficacy Big Five personality traits Not general self-efficacyDevonish & Greenidge (2010) Self-rated ability EI (Wong & Law,
2002)Supervisor-rated task
performanceSelf-rated ability EI
Drew (2007) Mixed EI (EQ-i; Bar-On, 1997) Student teacherperformance
Mixture of other-ratingand self-rating
Easton (2004) Mixed EI (BEIS; Bedwell, 2001) Counseling self-efficacy Not general self-efficacyEdwards (1998) Health self-efficacy Big Five personality traits Not general self-efficacy
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329SELF-REPORTED EMOTIONAL INTELLIGENCE
Appendix A (continued)
Study Predictor measure Criterion measure Reason for exclusion
Elfenbein, Curhan, Eisenkraft,Shirako, & Baccaro (2008)
Ability EI (MSCEIT; Mayer et al.,2002)
Negotiation self-efficacy Not general self-efficacy
Felfe & Schyns (2006) Occupational self-efficacy Big Five personality traits Not general self-efficacyGerhardt, Rode, & Peterson (2007) Academic self-efficacy Big Five personality traits Not general self-efficacyGordon-Handler (2009) Mixed EI (ECI–2.0; Wolff, 2006) Supervisor-rated graduate
student therapyfieldwork performance
Not job performance
Graves (1999) Ability EI (MSCEIT; Mayer et al.,1999)
Performance in simulatedactivities
Not job performance
Griffin (2006) Computer self-efficacy Big Five personality traits Not general self-efficacyHammond, Lockman, & Boling (2010) Mixed EI (EIS; Schutte et al., 1998) Career decision-making
self-efficacyNot general self-efficacy
Hartman (2006) Career decision-making self-efficacy Big Five personality traits Not general self-efficacyHartsfield (2003) Self-rated ability EI (Wong & Law,
2002)General self-efficacy Self-rated ability EI
Heggestad & Morrison (2008) Ability EI (MSCEIT; Mayer et al.,2002)
Social self-efficacy Not general self-efficacy
Hendricks & Payne (2007) Leadership self-efficacy Big Five personality traits Not general self-efficacyHerbst, Marre, & Sibanda (2006) Ability EI (MSCEIT; Mayer et al.,
2002)Transformational leadership
practicesNot job performance
Higgs (2004) Mixed EI (EIQ-G; Dulewicz & Higgs,2000)
Performance assessment bythe personnel department
Not supervisor-rated jobperformance
Higgs & Aitken (2003) Mixed EI (EIQ–Managerial; Dulewicz& Higgs, 2000)
Assessment center ratingsof leadership potential
Not job performance
Hirschi (2008) General self-efficacy Big Five personality traits Adolescent sample(mean age less than16)
Hopkins & Bilimoria (2007) Mixed EI (ECI; Boyatzis & Goleman,2001)
Supervisor-rated success(annual performance plusannual potential)
Not self-rated mixed EI
Huang, Chan, Lam, & Nan (2010) Self-rated ability EI (Wong & Law,2002)
Performance assessed byimmediate supervisors,colleagues, customers,and trainers on a dailybasis
Self-rated ability EI; Notsupervisor-rated orself-rated jobperformance.
Jennings & Palmer (2007) Mixed EI (360-degree GenosEmotional Intelligence Inventory;Gignac, 2010)
Objective performance Not self-rated mixed EI
Kämpfe & Mitte (2010) Self-efficacy in affect regulation Big Five personality traits Not general self-efficacyKaur, Schutte, & Thorsteinsson (2006) Mixed EI (Schutte et al., 1998) Teaching self-efficacy Not general self-efficacyKepes (2008) Sales self-efficacy Big Five personality traits Not general self-efficacyKerr, Garvin, Heaton, & Boyle (2006) Ability EI (MSCEIT; Mayer et al.,
2000)Subordinates’ rating of
supervisory leadershipeffectiveness
Not supervisor-rated jobperformance
Kilic-Bebek (2009) Specific self-efficacy Big Five personality traits Not general self-efficacyKim, Cable, Kim, & Wang (2009) Self-rated ability EI (Law, Wong, &
Song, 2004)Supervisor-rated task
effectivenessSelf-rated ability EI
Langhorn (2004) Mixed EI (EQ-i; Bar-On, 1997) Overall managementperformance
Effect size not available
Lii & Wong (2008) Mixed EI (Emotional IntelligenceQuotient Inventory; based onSalovey & Mayer, 1990)
Self-rated overseaadjustment
Not job performance
Löckenhoff, Duberstein, Friedman, &Costa (2011) Multidomain self-efficacy Big Five personality traits Not general self-efficacy
Lopes, Salovey, Cote, Beers, & Petty(2005)
Ability EI (MSCEIT; Mayer et al.,2002)
SAT & GPA Not job performance
Mak & Tran (2001) Social self-efficacy Big Five personality traits Not general self-efficacyMárquez, Martin, & Brackett (2006) Ability EI (MSCEIT; Mayer et al.,
2002)GPA Not job performance
Martin (2002) Specific self-efficacy Big Five personality traits Not general self-efficacy
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330 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Appendix A (continued)
Study Predictor measure Criterion measure Reason for exclusion
Martin, Easton, Wilson, Takemoto, &Sullivan (2004) Mixed EI (EJI; Bedwell, 2003) Counseling self-efficacy Not general self-efficacy
Martini (2008) Self-rated ability EI (Wong & Law,2002)
Leader self-efficacy Self-rated ability EI; Notgeneral self-efficacy
Mikolajczak, Luminet, & Menil(2006)
Mixed EI (French TEIQue–LF;Mikolajczak et al., 2007)
Self-efficacy to pass exam Not general self-efficacy
Nel (2001) Mixed EI (ECI–2.0; Wolff, 2006) Organization-providedoverall performancerating (partly subjectiveand partly objective)
Not supervisor-rated orself-rated jobperformance
Nguyen (2003) Test-taking self-efficacy Big Five personality traits Not general self-efficacyNorris (2002) Self-efficacy for nursing work Big Five personality traits Not general self-efficacyOkech (2004) Ability EI (MEIS; Salovey & Mayer,
1990)Teaching self-efficacy Not general self-efficacy
Page, Bruch, & Haase (2008) Career decision-making self-efficacy Big Five personality traits Not general self-efficacyPearlin & Schooler (1978) Personal mastery measure Big Five personality traits Not general self-efficacyPenrose, Perry, & Ball (2007) Mixed EI (RTS; Perry et al., 2004) Teaching self-efficacy Not general self-efficacyRastegar & Memarpour (2009) Mixed EI (EIS; Schutte et al., 1998) Teaching self-efficacy Not general self-efficacyRibadeneira (2006) Career decision self-efficacy Big Five personality traits Not general self-efficacyG. N. Robinson (2003) Cross-cultural adjustment efficacy Big Five personality traits Not general self-efficacySaleem, Beaudry, & Croteau (2011) Computer self-efficacy Big Five personality traits Not general self-efficacySeijts & Latham (2011) Task-specific self-efficacy Task performance in an
experimentNot general
self-efficacy; Not jobperformance
Semadar, Robins & Ferris (2006) Mixed EI (SUEIT; Palmer & Stough,2001)
Leadership self-efficacy Not general self-efficacy
Sergio (2001) Mixed EI (ECI; Sala, 2002) Supervisor-rated jobperformance
Effect size not available
Shadel, Cervone, Niaura, & Abrams(2004) Self-efficacy to quit smoking Big Five personality traits Not general self-efficacy
Sjoberg, Littorin, & Engelberg (2005) Ability EI (developed in this study) Organizational citizenshipbehavior
Not task performance
Spurk & Abele (2011) Occupational self-efficacy Big Five personality traits Not general self-efficacyStanley, Novy, Hopko, Beck, Averill,
& Swann (2002)General self-efficacy Big Five personality traits A sample of older adults
with generalizedanxiety disorder
Thoms, Moore, & Scott (1996) Specific self-efficacy Big Five personality traits Not general self-efficacyTrevelyan (2011) Entrepreneurial self-efficacy Objective job performance Not general self-efficacyvan den Berg & Feij (2003) Work self-efficacy Big Five personality traits Not general self-efficacyVecchione & Caprara (2009) Political self-efficacy Big Five personality traits Not general self-efficacyVillanueva & Sanchez (2007) Mixed EI (adapted from SSRI; Schutte
et al., 1998)Leadership self-efficacy Not general self-efficacy
Wee (2010) Occupational self-efficacy Big Five personality traits Not general self-efficacyWilson-Soga (2009) Nurse practice self-efficacy Big Five personality traits Not general self-efficacyWong, Law, & Wong (2004) Self-rated ability EI (NEI, developed in
this study; WLEIS, Wong & Law,2002)
Supervisor-rated salesperformance
Self-rated ability EI
M. B. Wu (2008) Mixed EI (EQ-i; Bar-On, 1997) Self-rated resident advisorperformance
Not job performance
Note. BEIS � Bedwell Emotional Intelligence Scales; ECI � Emotional Competence Inventory; EI � emotional intelligence; EIS � EmotionalIntelligence Scale; SREIT � Self-Report Emotional Intelligence Test; EJI � Emotional Judgment Inventory; ESAP � Emotional Skills AssessmentProcess; EQ-i � Emotional Quotient Inventory; GPA � grade point average; MEIS � Multifactor Emotional Intelligence Scale; MSCEIT � Mayer-Salovey-Caruso Emotional Intelligence Test; EIQ-G � Emotional Intelligence Questionnaire–General; NEI � New Emotional Intelligence Scale; RTS �Reactions to Teaching Situations; SUEIT � Swinburne University Emotional Intelligence Test; SSRI � Schutte Self-Report Inventory; TEIQue–LF � TraitEmotional Intelligence Questionnaire–Long Form; WLEIS � Wong and Law Emotional Intelligence Scale.
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331SELF-REPORTED EMOTIONAL INTELLIGENCE
Appendix B
Primary Studies Relating Mixed Emotional Intelligence and Objective Results Criteria
Study N Predictor measure Predictor reliability Objective results measure r (uncorrected)
Ahmetoglu, Leutner, &Chamorro-Premuzic (2011)
528 TEIQue–SF (Petrides &Furnham, 2006), 30-item,7-point Likert
.89 Objective measure of entrepreneurialsuccess (i.e., no. of businessesstarted & income)
.14
Chipain (2003) 120 STI (Taccarino & Leonard,1999)
.79a Objective sales performance .42
Downey, Lee, & Stough (2011) 100 SUEIT–Workplace (Palmer &Stough, 2001), 64-item, 5-point scale
.82 Objective job performance (i.e., theannual revenue a consultantgenerates)
.27
Enhelder (2011) 717 EQ-i (Bar-On, 1997) .88 Objective sales performance (i.e., anaverage of the previous 4 monthsgross commission and what wasexpected by the financial servicesfirm)
.14
Perlini & Halverson (2006) 79 EQ-i (Bar-On, 1997), 133-item .79a Objective hockey playerperformance
.16
Sala (2002) 90 ECI 1.0 .79a Objective performance (i.e., studentretention rate)
.18
25 ECI 1.0 .79a Objective performance (i.e., studentacademic achievement)
.20
Sevinc (2001) 66 ECI .79a Objective career success (i.e., salary,position level, and no. ofpromotions)
.14
Tombs (2005) 60 EQ-i (Bar-On, 1997), 133-item .79a Objective performance (i.e.,commissions, measured inthousands of dollars, transformedusing a square root function)
.28
Zizzi, Deaner, & Hirschhorn(2003)
21 Schutte et al. (1998) .79a Objective baseball performance (i.e.,averaged from earned runs, walks,hits, strikeouts, and wild pitches[pitcher])
.34
40 .79a Objective baseball performance (i.e.,averaged from earned runs, walks,hits, strikeouts, and wild pitches[pitcher])
.01
Note. The mixed emotional intelligence (EI)–objective results correlation is meta-analytically estimated to be �̂ � .17 (k � 11, N � 1,846). Reliabilityof objective results measures was assumed to be 1.00. ECI � Emotional Competence Inventory; EQ-i � Emotional Quotient Inventory; STI � SuccessTendencies Indicator; SUEIT–Workplace � Swinburne University Emotional Intelligence Test–Workplace; TEIQue–SF � Trait Emotional IntelligenceQuestionnaire–Short Form.a Reliability of the mixed EI measure was not available; therefore, we substituted the average reliability of all mixed EI measures included in the originalmeta-analyses.
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332 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Appendix C
Facet-Level Mixed Emotional Intelligence (EI) Results
Table C1Primary Studies Included in the Facet-Level Mixed EI Meta-Analyses
Study N Predictor measure (facet) rxx Criterion measure ryy r
Austin, Farrelly, Black, & Moore (2007) 198 Intrapersonal .82 Conscientiousness .78 .14Austin, Farrelly, Black, & Moore (2007) 198 Interpersonal .80 Conscientiousness .78 .11Austin, Farrelly, Black, & Moore (2007) 198 Adaptability .76 Conscientiousness .78 .37Austin, Farrelly, Black, & Moore (2007) 198 Stress Management .80 Conscientiousness .78 .17Austin, Farrelly, Black, & Moore (2007) 198 General Mood .89 Conscientiousness .78 .10Austin, Farrelly, Black, & Moore (2007) 198 Intrapersonal .82 Extraversion .89 .51Austin, Farrelly, Black, & Moore (2007) 198 Interpersonal .80 Extraversion .89 .41Austin, Farrelly, Black, & Moore (2007) 198 Adaptability .76 Extraversion .89 .03Austin, Farrelly, Black, & Moore (2007) 198 Stress Management .80 Extraversion .89 .05Austin, Farrelly, Black, & Moore (2007) 198 General Mood .89 Extraversion .89 .45Austin, Farrelly, Black, & Moore (2007) 198 Intrapersonal .82 Emotional Stability .86 .34Austin, Farrelly, Black, & Moore (2007) 198 Interpersonal .80 Emotional Stability .86 .17Austin, Farrelly, Black, & Moore (2007) 198 Adaptability .76 Emotional Stability .86 .28Austin, Farrelly, Black, & Moore (2007) 198 Stress Management .80 Emotional Stability .86 .46Austin, Saklofske, & Egan (2005) 198 General Mood .89 Emotional Stability .86 .64Austin, Saklofske, & Egan (2005) 174 Intrapersonal .78 Conscientiousness .80 .17Austin, Saklofske, & Egan (2005) 174 Interpersonal .79 Conscientiousness .80 .23Austin, Saklofske, & Egan (2005) 174 Adaptability .79 Conscientiousness .80 .30Austin, Saklofske, & Egan (2005) 174 Stress Management .79 Conscientiousness .80 .28Austin, Saklofske, & Egan (2005) 174 General Mood .83 Conscientiousness .80 .16Austin, Saklofske, & Egan (2005) 174 Intrapersonal .78 Extraversion .83 .36Austin, Saklofske, & Egan (2005) 174 Interpersonal .79 Extraversion .83 .50Austin, Saklofske, & Egan (2005) 174 Adaptability .79 Extraversion .83 .04Austin, Saklofske, & Egan (2005) 174 Stress Management .79 Extraversion .83 .05Austin, Saklofske, & Egan (2005) 174 General Mood .83 Extraversion .83 .41Austin, Saklofske, & Egan (2005) 174 Intrapersonal .78 Emotional Stability .86 .28Austin, Saklofske, & Egan (2005) 174 Interpersonal .79 Emotional Stability .86 .35Austin, Saklofske, & Egan (2005) 174 Adaptability .79 Emotional Stability .86 .22Austin, Saklofske, & Egan (2005) 174 Stress Management .79 Emotional Stability .86 .58Austin, Saklofske, & Egan (2005) 174 General Mood .83 Emotional Stability .86 .47Brackett & Mayer (2003) 188 Intrapersonal .94 Ability EI .87 .07Brackett & Mayer (2003) 188 Interpersonal .88 Ability EI .87 .28Brackett & Mayer (2003) 188 Adaptability .81 Ability EI .87 .16Brackett & Mayer (2003) 188 Stress Management .84 Ability EI .87 .15Brackett & Mayer (2003) 188 General Mood .88 Ability EI .87 .08Byrne (2003) 325 Self-Awareness .67 Job performance
(supervisor-rated).80 .11
Byrne (2003) 325 Self-Management .83 Job performance(supervisor-rated)
.80 .17
Byrne (2003) 325 Social Awareness .82 Job performance(supervisor-rated)
.80 .29
Byrne (2003) 325 Relationship Management .86 Job performance(supervisor-rated)
.80 .28
Byrne, Dominick, Smither, & Reilly(2007)
161 Self-Awareness .52 Conscientiousness .81 .25
Byrne, Dominick, Smither, & Reilly(2007)
161 Self-Management .83 Conscientiousness .81 .26
Byrne, Dominick, Smither, & Reilly(2007)
161 Social Awareness .70 Conscientiousness .81 .37
Byrne, Dominick, Smither, & Reilly(2007)
161 Relationship Management .87 Conscientiousness .81 .26
Byrne, Dominick, Smither, & Reilly(2007)
161 Self-Awareness .52 Extraversion .76 .38
Byrne, Dominick, Smither, & Reilly(2007)
161 Self-Management .83 Extraversion .76 .47
Byrne, Dominick, Smither, & Reilly(2007)
161 Social Awareness .70 Extraversion .76 .38
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333SELF-REPORTED EMOTIONAL INTELLIGENCE
Table C1 (continued)
Study N Predictor measure (facet) rxx Criterion measure ryy r
Byrne, Dominick, Smither, & Reilly(2007)
161 Relationship Management .87 Extraversion .76 .57
Byrne, Dominick, Smither, & Reilly(2007)
161 Self-Awareness .52 Emotional Stability .84 .37
Byrne, Dominick, Smither, & Reilly(2007)
161 Self-Management .83 Emotional Stability .84 .47
Byrne, Dominick, Smither, & Reilly(2007)
161 Social Awareness .70 Emotional Stability .84 .39
Byrne, Dominick, Smither, & Reilly(2007)
161 Relationship Management .87 Emotional Stability .84 .42
Dawda & Hart (2000) 118 Intrapersonal .93 Conscientiousness .80 .54Dawda & Hart (2000) 118 Interpersonal .86 Conscientiousness .80 .34Dawda & Hart (2000) 118 Adaptability .87 Conscientiousness .80 .45Dawda & Hart (2000) 118 Stress Management .86 Conscientiousness .80 .32Dawda & Hart (2000) 118 General Mood .91 Conscientiousness .80 .40Dawda & Hart (2000) 124 Intrapersonal .94 Conscientiousness .83 .33Dawda & Hart (2000) 124 Interpersonal .85 Conscientiousness .83 .21Dawda & Hart (2000) 124 Adaptability .86 Conscientiousness .83 .37Dawda & Hart (2000) 124 Stress Management .81 Conscientiousness .83 .16Dawda & Hart (2000) 124 General Mood .90 Conscientiousness .83 .17Dawda & Hart (2000) 118 Intrapersonal .93 Extraversion .80 .48Dawda & Hart (2000) 118 Interpersonal .86 Extraversion .80 .55Dawda & Hart (2000) 118 Adaptability .87 Extraversion .80 .32Dawda & Hart (2000) 118 Stress Management .86 Extraversion .80 .18Dawda & Hart (2000) 118 General Mood .91 Extraversion .80 .61Dawda & Hart (2000) 124 Intrapersonal .94 Extraversion .83 .51Dawda & Hart (2000) 124 Interpersonal .85 Extraversion .83 .51Dawda & Hart (2000) 124 Adaptability .86 Extraversion .83 .40Dawda & Hart (2000) 124 Stress Management .81 Extraversion .83 .22Dawda & Hart (2000) 124 General Mood .90 Extraversion .83 .64Dawda & Hart (2000) 118 Intrapersonal .93 Emotional Stability .87 .59Dawda & Hart (2000) 118 Interpersonal .86 Emotional Stability .87 .21Dawda & Hart (2000) 118 Adaptability .87 Emotional Stability .87 .53Dawda & Hart (2000) 118 Stress Management .86 Emotional Stability .87 .54Dawda & Hart (2000) 118 General Mood .91 Emotional Stability .87 .69Dawda & Hart (2000) 124 Intrapersonal .94 Emotional Stability .89 .70Dawda & Hart (2000) 124 Interpersonal .85 Emotional Stability .89 .23Dawda & Hart (2000) 124 Adaptability .86 Emotional Stability .89 .58Dawda & Hart (2000) 124 Stress Management .81 Emotional Stability .89 .58Dawda & Hart (2000) 124 General Mood .90 Emotional Stability .89 .77Day, Therrien, & Carroll (2005) 133 Intrapersonal .95 Conscientiousness .81 .44Day, Therrien, & Carroll (2005) 133 Interpersonal .90 Conscientiousness .81 .37Day, Therrien, & Carroll (2005) 133 Adaptability .89 Conscientiousness .81 .50Day, Therrien, & Carroll (2005) 133 Stress Management .85 Conscientiousness .81 .38Day, Therrien, & Carroll (2005) 133 General Mood .89 Conscientiousness .81 .33Day, Therrien, & Carroll (2005) 133 Intrapersonal .95 Extraversion .78 .51Day, Therrien, & Carroll (2005) 133 Interpersonal .90 Extraversion .78 .47Day, Therrien, & Carroll (2005) 133 Adaptability .89 Extraversion .78 .36Day, Therrien, & Carroll (2005) 133 Stress Management .85 Extraversion .78 .27Day, Therrien, & Carroll (2005) 133 General Mood .89 Extraversion .78 .36Day, Therrien, & Carroll (2005) 133 Intrapersonal .95 Emotional Stability .86 .63Day, Therrien, & Carroll (2005) 133 Interpersonal .90 Emotional Stability .86 .12Day, Therrien, & Carroll (2005) 133 Adaptability .89 Emotional Stability .86 .61Day, Therrien, & Carroll (2005) 133 Stress Management .85 Emotional Stability .86 .68Day, Therrien, & Carroll (2005) 133 General Mood .89 Emotional Stability .86 .67Derksen, Kramer, & Katzko (2002) 873 Intrapersonal .92 Cognitive Ability .90 .08Derksen, Kramer, & Katzko (2002) 873 Interpersonal .85 Cognitive Ability .90 .04Derksen, Kramer, & Katzko (2002) 873 Adaptability .80 Cognitive Ability .90 .11Derksen, Kramer, & Katzko (2002) 873 Stress Management .84 Cognitive Ability .90 .13Derksen, Kramer, & Katzko (2002) 873 General Mood .87 Cognitive Ability .90 .11Di Fabio & Palazzeschi (2008) 169 Intrapersonal .79 Self-Efficacy .94 .47Di Fabio & Palazzeschi (2008) 169 Interpersonal .79 Self-Efficacy .94 .19Di Fabio & Palazzeschi (2008) 169 Adaptability .78 Self-Efficacy .94 .25Di Fabio & Palazzeschi (2008) 169 Stress Management .84 Self-Efficacy .94 .11
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334 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Table C1 (continued)
Study N Predictor measure (facet) rxx Criterion measure ryy r
Farrelly & Austin (2007) 199 Intrapersonal .94 Ability EI .87 .14Farrelly & Austin (2007) 199 Interpersonal .88 Ability EI .87 .22Farrelly & Austin (2007) 199 Adaptability .81 Ability EI .87 .18Farrelly & Austin (2007) 199 Stress Management .84 Ability EI .87 .17Farrelly & Austin (2007) 199 General Mood .88 Ability EI .87 .16Fillion (2001) 95 Intrapersonal .94 Cognitive Ability .90 .01Fillion (2001) 95 Interpersonal .89 Cognitive Ability .90 .04Fillion (2001) 95 Adaptability .78 Cognitive Ability .90 .05Fillion (2001) 95 Stress Management .82 Cognitive Ability .90 .01Fillion (2001) 95 General Mood .88 Cognitive Ability .90 .07Fillion (2001) 95 Intrapersonal .94 Ability EI .87 .09Fillion (2001) 95 Interpersonal .89 Ability EI .87 .16Fillion (2001) 95 Adaptability .76 Ability EI .87 .14Fillion (2001) 95 Stress Management .82 Ability EI .87 .14Fillion (2001) 95 General Mood .88 Ability EI .87 .11Gabel, Dolan, & Cerdin (2005) 59 Intrapersonal .83 Job performance
(supervisor-rated).86 .15
Gabel, Dolan, & Cerdin (2005) 59 Interpersonal .78 Job performance(supervisor-rated)
.86 .07
Gabel, Dolan, & Cerdin (2005) 59 Adaptability .67 Job performance(supervisor-rated)
.86 .02
Gabel, Dolan, & Cerdin (2005) 59 Stress Management .79 Job performance(supervisor-rated)
.86 .10
Gabel, Dolan, & Cerdin (2005) 59 General Mood .70 Job performance(supervisor-rated)
.86 .06
Goldsmith (2008) 24 Intrapersonal .82 Job performance(supervisor-rated)
.88 .13
Goldsmith (2008) 24 Interpersonal .56 Job performance(supervisor-rated)
.88 .33
Goldsmith (2008) 24 Adaptability .85 Job performance(supervisor-rated)
.88 .12
Goldsmith (2008) 24 Stress Management .89 Job performance(supervisor-rated)
.88 .15
Goldsmith (2008) 24 General Mood .88 Job performance(supervisor-rated)
.88 .10
Grubb & McDaniel (2007) 229 Intrapersonal .88 Conscientiousness .84 .41Grubb & McDaniel (2007) 229 Interpersonal .80 Conscientiousness .84 .10Grubb & McDaniel (2007) 229 Adaptability .76 Conscientiousness .84 .43Grubb & McDaniel (2007) 229 Stress Management .84 Conscientiousness .84 .10Grubb & McDaniel (2007) 229 General Mood .85 Conscientiousness .84 .31Grubb & McDaniel (2007) 229 Intrapersonal .88 Extraversion .91 .45Grubb & McDaniel (2007) 229 Interpersonal .80 Extraversion .91 .30Grubb & McDaniel (2007) 229 Adaptability .76 Extraversion .91 .02Grubb & McDaniel (2007) 229 Stress Management .84 Extraversion .91 .01Grubb & McDaniel (2007) 229 General Mood .85 Extraversion .91 .36Grubb & McDaniel (2007) 229 Intrapersonal .88 Emotional Stability .90 .35Grubb & McDaniel (2007) 229 Interpersonal .80 Emotional Stability .90 .07Grubb & McDaniel (2007) 229 Adaptability .76 Emotional Stability .90 .18Grubb & McDaniel (2007) 229 Stress Management .84 Emotional Stability .90 .67Grubb & McDaniel (2007) 229 General Mood .85 Emotional Stability .90 .56Grubb & McDaniel (2007) 229 Intrapersonal .88 Cognitive Ability .90 .01Grubb & McDaniel (2007) 229 Interpersonal .80 Cognitive Ability .90 .02Grubb & McDaniel (2007) 229 Adaptability .76 Cognitive Ability .90 .01Grubb & McDaniel (2007) 229 Stress Management .84 Cognitive Ability .90 .02Grubb & McDaniel (2007) 229 General Mood .85 Cognitive Ability .90 .18
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335SELF-REPORTED EMOTIONAL INTELLIGENCE
Table C1 (continued)
Study N Predictor measure (facet) rxx Criterion measure ryy r
Hanna (2008) 46 Self-Awareness .67 Job performance(supervisor-rated)
.83 .16
Hanna (2008) 46 Self-Management .83 Job performance(supervisor-rated)
.83 .25
Hanna (2008) 46 Social Awareness .82 Job performance(supervisor-rated)
.83 .08
Hanna (2008) 46 Relationship Management .86 Job performance(supervisor-rated)
.83 .32
Kohan (2002) 399 Intrapersonal .83 Conscientiousness .73 .35Kohan (2002) 399 Interpersonal .93 Conscientiousness .73 .48Kohan (2002) 399 Adaptability .87 Conscientiousness .73 .60Kohan (2002) 399 Stress Management .78 Conscientiousness .73 .49Kohan (2002) 399 General Mood .83 Conscientiousness .73 .47Kohan (2002) 399 Intrapersonal .83 Extraversion .74 .54Kohan (2002) 399 Interpersonal .93 Extraversion .74 .44Kohan (2002) 399 Adaptability .87 Extraversion .74 .29Kohan (2002) 399 Stress Management .78 Extraversion .74 .66Kohan (2002) 399 General Mood .83 Extraversion .74 .53Kohan (2002) 399 Intrapersonal .83 Emotional Stability .80 .23Kohan (2002) 399 Interpersonal .93 Emotional Stability .80 .67Kohan (2002) 399 Adaptability .87 Emotional Stability .80 .64Kohan (2002) 399 Stress Management .78 Emotional Stability .80 .68Kohan (2002) 399 General Mood .83 Emotional Stability .80 .69Livingstone & Day (2005) 211 Intrapersonal .93 Conscientiousness .80 .41Livingstone & Day (2005) 211 Interpersonal .87 Conscientiousness .80 .34Livingstone & Day (2005) 211 Adaptability .85 Conscientiousness .80 .57Livingstone & Day (2005) 211 Stress Management .86 Conscientiousness .80 .45Livingstone & Day (2005) 211 General Mood .88 Conscientiousness .80 .36Livingstone & Day (2005) 211 Intrapersonal .93 Extraversion .83 .56Livingstone & Day (2005) 211 Interpersonal .87 Extraversion .83 .36Livingstone & Day (2005) 211 Adaptability .85 Extraversion .83 .23Livingstone & Day (2005) 211 Stress Management .86 Extraversion .83 .15Livingstone & Day (2005) 211 General Mood .88 Extraversion .83 .52Livingstone & Day (2005) 211 Intrapersonal .93 Emotional Stability .86 .63Livingstone & Day (2005) 211 Interpersonal .87 Emotional Stability .86 .32Livingstone & Day (2005) 211 Adaptability .85 Emotional Stability .86 .56Livingstone & Day (2005) 211 Stress Management .86 Emotional Stability .86 .66Livingstone & Day (2005) 211 General Mood .88 Emotional Stability .86 .57Livingstone & Day (2005) 211 Intrapersonal .93 Cognitive Ability .90 .11Livingstone & Day (2005) 211 Interpersonal .87 Cognitive Ability .90 .24Livingstone & Day (2005) 211 Adaptability .85 Cognitive Ability .90 .05Livingstone & Day (2005) 211 Stress Management .86 Cognitive Ability .90 .07Livingstone & Day (2005) 211 General Mood .88 Cognitive Ability .90 .01Livingstone & Day (2005) 211 Intrapersonal .93 Ability EI .87 .26Livingstone & Day (2005) 211 Interpersonal .87 Ability EI .87 .34Livingstone & Day (2005) 211 Adaptability .85 Ability EI .87 .40Livingstone & Day (2005) 211 Stress Management .86 Ability EI .87 .28Livingstone & Day (2005) 211 General Mood .88 Ability EI .87 .41Lui (2009) 108 Intrapersonal .77 Self-Efficacy .93 .37Lui (2009) 108 Interpersonal .81 Self-Efficacy .93 .38Lui (2009) 108 Adaptability .80 Self-Efficacy .93 .33Lui (2009) 108 Stress Management .84 Self-Efficacy .93 .33Lui (2009) 108 General Mood .81 Self-Efficacy .93 .38Moafian & Ghanizadeh (2009) 89 Intrapersonal .80 Self-Efficacy .91 .31Moafian & Ghanizadeh (2009) 89 Interpersonal .80 Self-Efficacy .91 .33Moafian & Ghanizadeh (2009) 89 Adaptability .80 Self-Efficacy .91 .38Moafian & Ghanizadeh (2009) 89 Stress Management .80 Self-Efficacy .91 .43Moafian & Ghanizadeh (2009) 89 General Mood .80 Self-Efficacy .91 .48
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336 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Table C1 (continued)
Study N Predictor measure (facet) rxx Criterion measure ryy r
Murensky (2000) 90 Self-Awareness .52 Conscientiousness .73 .30Murensky (2000) 90 Self-Management .83 Conscientiousness .73 .33Murensky (2000) 90 Social Awareness .70 Conscientiousness .73 .21Murensky (2000) 90 Relationship Management .87 Conscientiousness .73 .39Murensky (2000) 90 Self-Awareness .52 Extraversion .79 .47Murensky (2000) 90 Self-Management .83 Extraversion .79 .24Murensky (2000) 90 Social Awareness .70 Extraversion .79 .24Murensky (2000) 90 Relationship Management .87 Extraversion .79 .49Murensky (2000) 90 Self-Awareness .52 Emotional Stability .79 .07Murensky (2000) 90 Self-Management .83 Emotional Stability .79 .20Murensky (2000) 90 Social Awareness .70 Emotional Stability .79 .10Murensky (2000) 90 Relationship Management .87 Emotional Stability .79 .11Murensky (2000) 90 Self-Awareness .52 Cognitive Ability .90 .09Murensky (2000) 90 Self-Management .83 Cognitive Ability .90 .10Murensky (2000) 90 Social Awareness .70 Cognitive Ability .90 .16Murensky (2000) 90 Relationship Management .87 Cognitive Ability .90 .22Newsome, Day, & Catano (2000) 137 Intrapersonal .92 Cognitive Ability .90 .04Newsome, Day, & Catano (2000) 137 Interpersonal .85 Cognitive Ability .90 .12Newsome, Day, & Catano (2000) 137 Adaptability .80 Cognitive Ability .90 .09Newsome, Day, & Catano (2000) 137 Stress Management .84 Cognitive Ability .90 .12Newsome, Day, & Catano (2000) 137 General Mood .87 Cognitive Ability .90 .02O’Connor & Little (2003) 90 Intrapersonal .94 Ability EI .87 .35O’Connor & Little (2003) 90 Interpersonal .88 Ability EI .87 .21O’Connor & Little (2003) 90 Adaptability .81 Ability EI .87 .22O’Connor & Little (2003) 90 Stress Management .84 Ability EI .87 .21O’Connor & Little (2003) 90 General Mood .88 Ability EI .87 .36Schumacher (2005) 35 Self-Awareness .67 Job performance
(supervisor-rated).74 .29
Schumacher (2005) 212 Self-Awareness .67 Self-rated job performance .80 .12Schumacher (2005) 35 Self-Management .83 Job performance
(supervisor-rated).74 .36
Schumacher (2005) 212 Self-Management .83 Self-rated job performance .80 .05Schumacher (2005) 35 Social Awareness .82 Job performance
(supervisor-rated).74 .34
Schumacher (2005) 212 Social Awareness .82 Self-rated job performance .80 .03Schumacher (2005) 35 Relationship Management .86 Job performance
(supervisor-rated).74 .43
Schumacher (2005) 212 Relationship Management .86 Self-rated job performance .80 .17Sevinc (2001) 71 Self-Awareness .67 Self-rated job performance .80 .23Sevinc (2001) 71 Self-Management .83 Self-rated job performance .80 .25Sevinc (2001) 71 Social Awareness .82 Self-rated job performance .80 .19Sevinc (2001) 71 Social Skills .86 Self-rated job performance .80 .31Shahzad, Sarmad, Abbas, & Khan
(2011)100 Self-Awareness .82 Self-rated job performance .73 .22
Shahzad, Sarmad, Abbas, & Khan(2011)
100 Self-Management .84 Self-rated job performance .73 .26
Shahzad, Sarmad, Abbas, & Khan(2011)
100 Social Awareness .81 Self-rated job performance .73 .39
Shahzad, Sarmad, Abbas, & Khan(2011)
100 Relationship Management .82 Self-rated job performance .73 .34
Shaikh (2004) 116 Intrapersonal .88 Conscientiousness .80 .13Shaikh (2004) 116 Interpersonal .85 Conscientiousness .80 .07Shaikh (2004) 116 Adaptability .83 Conscientiousness .80 .42Shaikh (2004) 116 Stress Management .82 Conscientiousness .80 .47Shaikh (2004) 116 General Mood .87 Conscientiousness .80 .20Shaikh (2004) 116 Intrapersonal .88 Extraversion .83 .11Shaikh (2004) 116 Interpersonal .85 Extraversion .83 .08
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337SELF-REPORTED EMOTIONAL INTELLIGENCE
Table C1 (continued)
Study N Predictor measure (facet) rxx Criterion measure ryy r
Shaikh (2004) 116 Adaptability .83 Extraversion .83 .06Shaikh (2004) 116 Stress Management .82 Extraversion .83 .02Shaikh (2004) 116 General Mood .87 Extraversion .83 .23Shaikh (2004) 116 Intrapersonal .88 Emotional Stability .86 .16Shaikh (2004) 116 Interpersonal .85 Emotional Stability .86 .04Shaikh (2004) 116 Adaptability .83 Emotional Stability .86 .33Shaikh (2004) 116 Stress Management .82 Emotional Stability .86 .52Shaikh (2004) 116 General Mood .87 Emotional Stability .86 .33Shaikh (2004) 116 Intrapersonal .92 Cognitive Ability .90 .04Shaikh (2004) 116 Interpersonal .85 Cognitive Ability .90 .04Shaikh (2004) 116 Adaptability .80 Cognitive Ability .90 .03Shaikh (2004) 116 Stress Management .84 Cognitive Ability .90 .07Shaikh (2004) 116 General Mood .87 Cognitive Ability .90 .02Slaski & Cartwright (2002) 221 Intrapersonal .81 Job performance
(supervisor-rated).80 .23
Slaski & Cartwright (2002) 221 Interpersonal .73 Job performance(supervisor-rated)
.80 .01
Slaski & Cartwright (2002) 221 Adaptability .77 Job performance(supervisor-rated)
.80 .18
Slaski & Cartwright (2002) 221 Stress Management .84 Job performance(supervisor-rated)
.80 .15
Slaski & Cartwright (2002) 221 General mood .83 Job performance(supervisor-rated)
.80 .23
Stone, Parker, & Wood (2005) 383 Intrapersonal .81 Job performance(supervisor-rated)
.88 .14
Stone, Parker, & Wood (2005) 383 Interpersonal .73 Job performance(supervisor-rated)
.88 .18
Stone, Parker, & Wood (2005) 383 Adaptability .77 Job performance(supervisor-rated)
.88 .08
Stone, Parker, & Wood (2005) 383 Stress Management .84 Job performance(supervisor-rated)
.88 .10
Stone, Parker, & Wood (2005) 383 General Mood .83 Job performance(supervisor-rated)
.88 .12
Stone, Parker, & Wood (2005) 412 Intrapersonal .81 Self-rated job performance .83 .37Stone, Parker, & Wood (2005) 412 Interpersonal .73 Self-rated job performance .83 .26Stone, Parker, & Wood (2005) 412 Adaptability .77 Self-rated job performance .83 .32Stone, Parker, & Wood (2005) 412 Stress Management .84 Self-rated job performance .83 .24Stone, Parker, & Wood (2005) 412 General Mood .83 Self-rated job performance .83 .29Tombs (2004) 75 Intrapersonal .88 Conscientiousness .80 .43Tombs (2004) 75 Interpersonal .85 Conscientiousness .80 .45Tombs (2004) 75 Adaptability .83 Conscientiousness .80 .46Tombs (2004) 75 Stress Management .82 Conscientiousness .80 .32Tombs (2004) 75 General Mood .87 Conscientiousness .80 .25Tombs (2004) 32 Intrapersonal .88 Conscientiousness .80 .17Tombs (2004) 32 Interpersonal .85 Conscientiousness .80 .15Tombs (2004) 32 Adaptability .83 Conscientiousness .80 .20Tombs (2004) 32 Stress Management .82 Conscientiousness .80 .07Tombs (2004) 32 General Mood .87 Conscientiousness .80 .05Tombs (2004) 60 Intrapersonal .88 Conscientiousness .80 .37Tombs (2004) 60 Interpersonal .85 Conscientiousness .80 .30Tombs (2004) 60 Adaptability .83 Conscientiousness .80 .47Tombs (2004) 60 Stress Management .82 Conscientiousness .80 .25Tombs (2004) 60 General Mood .87 Conscientiousness .80 .30Tombs (2004) 75 Intrapersonal .88 Extraversion .83 .22Tombs (2004) 75 Interpersonal .85 Extraversion .83 .25Tombs (2004) 75 Adaptability .83 Extraversion .83 .05Tombs (2004) 75 Stress Management .82 Extraversion .83 .08Tombs (2004) 75 General Mood .87 Extraversion .83 .29
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338 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Table C1 (continued)
Study N Predictor measure (facet) rxx Criterion measure ryy r
Tombs (2004) 32 Intrapersonal .88 Extraversion .83 .58Tombs (2004) 32 Interpersonal .85 Extraversion .83 .35Tombs (2004) 32 Adaptability .83 Extraversion .83 .05Tombs (2004) 32 Stress Management .82 Extraversion .83 .40Tombs (2004) 32 General Mood .87 Extraversion .83 .24Tombs (2004) 60 Intrapersonal .88 Extraversion .83 .64Tombs (2004) 60 Interpersonal .85 Extraversion .83 .48Tombs (2004) 60 Adaptability .83 Extraversion .83 .41Tombs (2004) 60 Stress Management .82 Extraversion .83 .03Tombs (2004) 60 General Mood .87 Extraversion .83 .62Tombs (2004) 75 Intrapersonal .88 Emotional Stability .86 .39Tombs (2004) 75 Interpersonal .85 Emotional Stability .86 .17Tombs (2004) 75 Adaptability .83 Emotional Stability .86 .37Tombs (2004) 75 Stress Management .82 Emotional Stability .86 .60Tombs (2004) 75 General Mood .87 Emotional Stability .86 .53Tombs (2004) 32 Intrapersonal .88 Emotional Stability .86 .34Tombs (2004) 32 Interpersonal .85 Emotional Stability .86 .01Tombs (2004) 32 Adaptability .83 Emotional Stability .86 .52Tombs (2004) 32 Stress Management .82 Emotional Stability .86 .51Tombs (2004) 32 General Mood .87 Emotional Stability .86 .65Tombs (2004) 60 Intrapersonal .88 Emotional Stability .86 .53Tombs (2004) 60 Interpersonal .85 Emotional Stability .86 .40Tombs (2004) 60 Adaptability .83 Emotional Stability .86 .58Tombs (2004) 60 Stress Management .82 Emotional Stability .86 .57Tombs (2004) 60 General Mood .87 Emotional Stability .86 .49M. B. Wu (2008) 36 Intrapersonal .82 Self-rated job performance .96 .41M. B. Wu (2008) 36 Interpersonal .83 Self-rated job performance .96 .19M. B. Wu (2008) 36 Adaptability .79 Self-rated job performance .96 .01M. B. Wu (2008) 36 Stress Management .82 Self-rated job performance .96 .37M. B. Wu (2008) 36 General Mood .83 Self-rated job performance .96 .20
Note. rxx refers to reliability of the predictor. ryy refers to reliability of the criterion. When reliability information was not available in the primary study,the average reliability of all available measures included in the original meta-analyses was substituted. Self-Awareness, Self-Management, SocialAwareness, and Relationship Management are dimensions of the Emotional Competence Inventory/Emotional and Social Competence Inventory.Intrapersonal, Interpersonal, Adaptability, Stress Management, and General Mood are dimensions of the Emotional Quotient Inventory.
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339SELF-REPORTED EMOTIONAL INTELLIGENCE
Table C2Results From Facet-Level Mixed EI Meta-Analyses
k N r �̂ SD�
95% CI 80% CI
LL UL LL UL
ConscientiousnessECI
Self-Awareness 2 251 .27 .42 .00 .23 .30 .42 .42Self-Management 2 251 .29 .36 .00 .24 .33 .36 .36Social Awareness 2 251 .31 .42 .00 .21 .42 .42 .42Relationship Management 2 251 .31 .37 .00 .22 .39 .37 .37
EQ-iIntrapersonal 12 1,869 .33 .39 .11 .26 .40 .25 .54Interpersonal 12 1,869 .27 .33 .17 .18 .37 .11 .56Adaptability 12 1,869 .46 .57 .10 .40 .52 .45 .70Stress Management 12 1,869 .31 .40 .16 .23 .40 .19 .61General State of Mood 12 1,869 .27 .33 .19 .17 .37 .09 .57
ExtraversionECI
Self-Awareness 2 251 .41 .65 .00 .35 .47 .65 .65Self-Management 2 251 .39 .49 .10 .23 .54 .36 .61Social Awareness 2 251 .33 .45 .00 .24 .42 .45 .45Relationship Management 2 251 .54 .66 .00 .49 .59 .66 .66
EQ-iIntrapersonal 12 1,869 .45 .54 .18 .36 .55 .31 .77Interpersonal 12 1,869 .40 .48 .10 .34 .46 .35 .61Adaptability 12 1,869 .18 .22 .15 .10 .27 .03 .42Stress Management 12 1,869 .19 .25 .31 .04 .35 .14 .64General State of Mood 12 1,869 .46 .55 .11 .39 .52 .41 .69
Emotional StabilityECI
Self-Awareness 2 251 .26 .40 .18 .06 .46 .17 .63Self-Management 2 251 .37 .45 .13 .19 .55 .29 .61Social Awareness 2 251 .29 .37 .15 .09 .48 .19 .56Relationship Management 2 251 .31 .36 .15 .10 .51 .17 .55
EQ-iIntrapersonal 12 1,869 .30 .34 .35 .13 .48 .11 .79Interpersonal 12 1,869 .01 .01 .42 .20 .22 .53 .55Adaptability 12 1,869 .18 .20 .52 .08 .43 .47 .87Stress Management 12 1,869 .32 .36 .62 .02 .62 .43 1.00General State of Mood 12 1,869 .31 .34 .59 .12 .50 .42 1.00
Ability EIECI
Self-Awareness 0Self-Management 0Social Awareness 0Relationship Management 0
EQ-iIntrapersonal 5 783 .17 .19 .06 .09 .26 .11 .28Interpersonal 5 783 .26 .30 .00 .20 .31 .30 .30Adaptability 5 783 .23 .28 .08 .14 .32 .17 .38Stress Management 5 783 .20 .23 .00 .15 .24 .23 .23General State of Mood 5 783 .23 .26 .13 .10 .35 .09 .43
Cognitive AbilityECI
Self-Awareness 1 90 .09 .13 .00 .09 .09 .13 .13Self-Management 1 90 .10 .12 .00 .10 .10 .12 .12Social Awareness 1 90 .16 .20 .00 .16 .16 .20 .20Relationship Management 1 90 .22 .25 .00 .22 .22 .25 .25
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340 JOSEPH, JIN, NEWMAN, AND O’BOYLE
Table C2 (continued)
k N r �̂ SD�
95% CI 80% CI
LL UL LL UL
EQ-iIntrapersonal 6 1,661 .03 .03 .03 .02 .08 .02 .07Interpersonal 6 1,661 .07 .07 .05 .13 .01 .14 .01Adaptability 6 1,661 .06 .07 .01 .01 .11 .05 .08Stress Management 6 1,661 .10 .11 .00 .06 .14 .11 .11General State of Mood 6 1,661 .08 .09 .04 .02 .13 .04 .14
Self-Efficacya
ECISelf-Awareness 0Self-Management 0Social Awareness 0Relationship Management 0
EQ-iIntrapersonal 3 366 .40 .47 .00 .32 .48 .47 .47Interpersonal 3 366 .28 .33 .00 .18 .38 .30 .36Adaptability 3 366 .31 .36 .00 .24 .37 .36 .36Stress Management 3 366 .25 .29 .01 .10 .41 .13 .45General State of Mood 2 197 .42 .49 .00 .35 .49 .49 .49
Self-Rated Job PerformanceECI
Self-Awareness 2 283 .15 .20 .00 .11 .29 .20 .20Self-Management 2 283 .03 .03 .14 .19 .26 .14 .21Social Awareness 2 283 .07 .08 .00 .04 .21 .08 .08Relationship Management 2 283 .21 .25 .00 .15 .35 .25 .25
EQ-iIntrapersonal 2 448 .37 .45 .00 .43 .47 .45 .45Interpersonal 2 448 .25 .32 .00 .29 .36 .32 .32Adaptability 2 448 .30 .37 .07 .22 .52 .28 .46Stress Management 2 448 .25 .30 .00 .24 .36 .30 .30General State of Mood 2 448 .28 .34 .00 .30 .38 .34 .34
Job Performance (Supervisor-Rated)
ECISelf-Awareness 3 406 .10 .14 .08 .03 .31 .04 .24Self-Management 3 406 .20 .26 .00 .18 .34 .26 .26Social Awareness 3 406 .27 .35 .00 .25 .45 .35 .35Relationship Management 3 406 .30 .38 .00 .32 .44 .38 .38
EQ-iIntrapersonal 4 687 .17 .22 .00 .15 .28 .22 .22Interpersonal 4 687 .12 .16 .06 .03 .29 .09 .23Adaptability 4 687 .11 .14 .00 .05 .23 .14 .14Stress Management 4 687 .09 .11 .03 .00 .23 .08 .15General State of Mood 4 687 .15 .19 .00 .11 .27 .19 .19
Note. k � no. of effect sizes in the meta-analysis; N � total sample size in the meta-analysis; r � sample-size-weighted mean correlation; �̂ � correlationcorrected for attenuation in predictor and criterion; SD� � standard deviation of corrected correlation; correlations with supervisor-rated job performanceare also corrected for range restriction using the average ratio of restricted to unrestricted standard deviations for mixed emotional intelligence (EI; i.e., .95).95% CI � 95% confidence interval; 80% CI � 80% credibility interval; LL � lower limit; UL � upper limit; EQ-i � Emotional Quotient Inventory; ECI �Emotional Competence Inventory.a No primary studies were available regarding the relationship between mixed EI facets and general self-efficacy; therefore, primary studies involving therelationship between specific self-efficacy and mixed EI facets were substituted for these meta-analytic effect sizes.
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341SELF-REPORTED EMOTIONAL INTELLIGENCE
Received April 25, 2012Revision received June 18, 2014
Accepted July 9, 2014 �
Table C3Meta-Analytic Regression Predicting Facet-Level Mixed Emotional Intelligence
Predictor
Dependent variable
Intrapersonala Interpersonala Adaptabilitya Stress Managementa General Moodb
Ability EI .13� .33� .28� .22� .14�
Conscientiousness .44� .43� .68� .54� .17�
Extraversion .62� .57� .33� .40� .37�
Emotional Stability .24� .13� .10� .38� .12�
Cognitive Ability .01 .11� .04� .08� .04General Self-Efficacy .43� .38� .49� .65� .01Self-Rated Performance .33� .28� .31� .27� .17�
R2 .56� .49� .50� .41� .35�
Adjusted R2 .55� .49� .50� .41� .35�
Note. Standardized regression coefficients. EI � emotional intelligence.a Harmonic mean N � 1,480. b Harmonic mean N � 1,317. Intrapersonal, Interpersonal, Adaptability, Stress Management, and General Mood are facetsof the Emotional Quotient Inventory (Bar-On, 1997).� p � .05.
Table C4Meta-Analytic Regression Predicting Job Performance From Facet-Level Mixed Emotional Intelligence
Predictor
Dependent variable: Job performance
Model 1 Model 2 Model 3 Model 4 Model 5 Model 6
Ability emotional intelligence .18� .19� .20� .27� .25� .18�
Conscientiousness .33� .37� .36� .54� .48� .33�
Extraversion .20� .25� .24� .30� .31� .20�
Emotional Stability .09� .11� .09� .12� .20� .09�
Cognitive Ability .43� .43� .42� .44� .45� .42�
General Self-Efficacy .52� .56� .54� .67� .70� .52�
Self-Rated Performance .42� .44� .43� .51� .49� .41�
Mixed emotional intelligence facetsIntrapersonal .09�
Interpersonal .06Adaptability .32�
Stress Management .28�
General Mood .01
R2 .395� .398� .397� .445� .443� .395�
Change in R2 .003� .002 .050� .048� .000
Note. Standardized regression coefficients. N � 687, which is the sample size for the emotional intelligence facet–job performance relationship.Intrapersonal, Interpersonal, Adaptability, Stress Management, and General Mood are facets of the Emotional Quotient Inventory (Bar-On, 1997).� p � .05.
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342 JOSEPH, JIN, NEWMAN, AND O’BOYLE
The author has requested enhancement of the downloaded file. All in-text references underlined in blue are linked to publications on ResearchGate.The author has requested enhancement of the downloaded file. All in-text references underlined in blue are linked to publications on ResearchGate.